IABSE FinalProgramme 210x297mm Geneva15 LY22 · 3 About IABSE IABSE is a fellowship of structural engineers operating on a worldwide basis, with interests in all types of structures,

Providing Solutions to Global

Challenges

TheProgramme

Structural Engineering

IABSEConference

2015

Sept. 23–25, 2015

Geneva, Switzerland

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Table of Contents

About IABSE 3

Preface 4

Vision 5

Committees 6

Conference Schedule 7

Programme Overview 8

Keynote Speakers 10

Detailed Programme 12

- Theme 1: Climate Change and the Energy Challenge 13

- Theme 2: Global Engineering Challenges 16

- Theme 3: Breakthrough Technologies 23

- Theme 4: Urbanisation and Growth 30

Pre-Conference Short Course 33

Lecturer’s Biographical Notes 36

Industry Session 37

Technical Visits 39

General Information 44

Social Events 46

Annual Meetings 47

Sponsors 48

Exhibitors 49

Company Profi les 51

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About IABSEIABSE is a fellowship of structural engineers operating on a worldwide basis, with interests in all types of structures, in all materials.

It acts to improve our knowledge and understanding of the performance of structures. Its members represent structural engineers of all ages, employed in design, academia, construction, regulation and renewal. Many IABSE members occupy senior roles based on a history of personal achievement.

The mission of IABSE is to exchange knowledge and to advance the practiceof structural engineering worldwide in the service of the profession and so-ciety.

IABSE’s objectives are:

• to promote cooperation and understanding among all those concerned with structural engineering and related fi elds by a worldwide exchange of knowledge and experience

• to encourage awareness and responsibility of structural engineers towards the needs of society

• to encourage actions necessary for progress in structural engineering

• to improve and foster cooperation and understanding between organisations having similar objectives

To fulfi ll its mission, IABSE organises conferences, publishes a high quality journal, Structural Engineering International (SEI), publishes books refl ect-ing the work of its Technical Groups, creates Working Groups as required by new needs and technological progress, offers activities within the National Groups of IABSE, supports engineers at the beginning of their careers with a Young Engineers programme, and presents annual Awards in recognition of outstanding contributions in the fi eld of structural engineering.

IABSEIABSE c/o ETH ZurichHönggerberg HIL E 21.38093 ZurichSWITZERLAND

Phone: +41-44-633 2647Fax: +41-44-633 1241E-mail: [email protected]

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IABSE has, since its creation by visionary Swiss Engineers in 1929, fulfi lled a very important and highly commendable purpose: To create a global forum for international exchange between structural en-gineers from all over the world, - irrespective of political, religious and racial origins, and irrespective of functions at owner organizations, universities, consultants, contractors and suppliers, - with the sole purpose of sharing the common interest and together advancing the art of structural engineering for all relevant materials, and all for the benefi t of the society. This fundamental purpose is unchanged and still valid today, 86 years on. However, the means of communication and exchanging new ideas has changed in a way that nobody could have imagined when IABSE was founded: from time consuming, expensive and strenuous travel, and communication by surface- or airmail, sometimes restricted because of partly closed country regimes, - into now instantaneous global communication such as email, tel-econferences, drop box and the like, not to mention all the new social media. Such change must inevitably lead to a review of the way IABSE operates in order to create value for its members and Society.Furthermore, the role of structural engineers in developing the future society has never been more important, and yet not recognized as it should:The general public focuses primarily on politicians, fi nancial houses, devel-opers and other decision makers, as well as architects, because they hit the news media with big headlines most often, whereas the important, indispen-sable work of the structural engineer remains hidden as a back offi ce com-modity.The fact is, however, that without the structural engineer’s work, most of the built environment and infrastructure would not be possible. The new IABSE Strategy, which is now under implementation, is meant to ad-dress the above two issues: That is, the indispensable role and responsibility of Structural Engineers in developing the society for future generations as the important piece in the global puzzle, in cooperation with other professions, as well as modern, value-creating interaction amongst Structural Engineers globally, through meaningful conferences with relevant debates and discussions, making it worthwhile to meet physically at conferences.The purpose of the IABSE Conference in the global city of Geneva is to ad-dress these issues that are so fundamental for future generations of Struc-tural Engineers, and, not least of all, to the ultimate benefi t of society in gen-eral. The conference has been planned together with a Scientifi c Committee to include debate and discussion sessions focusing on four global challenges affecting the work of Structural Engineers. It is the hope that the sessions will lead to the formation of many new Working Groups that will take up the challenges identifi ed at the conference with the goal of presenting their fi nd-ings and results at IABSE events in the near future. I wish you a very warm welcome to Geneva and hope you will leave Geneva full of inspiration and energy to make your contribution to the structural engi-neering profession and the development of IABSE—the ultimate forum for us.Thank you to the Scientifi c Committee lead by Eugen Brühwiler as well as the IABSE Secretariat for their great work.

On behalf of the Lead Team,

Klaus H. Ostenfeld, Former IABSE President, Chair of the Lead team

Preface

5

Vision

Structural Engineering – Providing Solutions to Global Challenges

The Geneva 2015 IABSE conference is designed to showcase the signifi cant impact that structural engineers have on society. The conference focuses on structural engineering as a key industry for addressing global challenges and ensuring sustainable growth of our society by providing a high quality built environment. Structural engineering is a central solution provider with inter-faces to many other disciplines and dominant in its role and responsibility. Building upon the technical expertise and authority of IABSE as the prime in-ternational organisation of structural engineers, the conference explores the contributions that structural engineering can make to solving major problems of today and the future.With Geneva being the heart of numerous international and humanitarian as-sociations there could not be a better place to discuss these global challeng-es. Four Global Themes have been carefully selected and form the central pil-lars of the technical programme. These themes are introduced by high-level, visionary debates and keynote speakers and subsequently explored in depth by different style sessions in order to best address the complex issues and engage with the wider engineering community and key decision makers.The conference programme has been developed on the basis of topics and sessions proposed within the global themes by the IABSE members and par-ticipants in a dynamic and interactive process. Subsequently, many contrib-uters have become session facilitators with a high degree of infl uence on the actual contents of the sessions. This is the fi rst time the conferences con-tents has been directly audience generated with a vision of maximizing the relevance to and engagement of the conference participants.Besides the Global Themes, the conference programme features traditional technical sessions with a wide scope as well as a diverse mixture of session formats such as debates and workshops in order to accommodate different content and intent. The aim is to create a stimulating and participative event with novel approaches for knowledge sharing and a maximum of interaction between participants. The sessions are designed to catalyse the discussions and provide a tangible output of the conference, with the goal of leading to new IABSE activities well beyond the Geneva conference.

Welcome to the new conference format – welcome to Geneva!

The Lead Team

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Scientific CommitteeEugen Brühwiler, Switzerland (Chair)Joan R. Casas, Spain (Vice-Chair)Christian Cremona, France (Vice-Chair)Philippe Van Bogaert, Belgium (Vice-Chair)Maléna Bastien Masse, Switzerland (SC Secretary)

Saiful Amin, BangladeshWilliam Victor Anderson, CanadaMourad M. Bakhoum, EgyptFabio Biondini, ItalyAnnette Bögle, GermanyBruno Briseghella, ItalyJose Campos e Matos, PortugalAirong Chen, ChinaBao-chun Chen, ChinaAlvaro A.M.F. Cunha, PortugalAne de Boer,The NetherlandsJohn F. Duntemann, USABranko Glisic, USASergio Hampshire Santos, BrazilNiels Peter Hoj, SwitzerlandNicolas Janberg, GermanyDorian Janjic, AustriaVesa Järvinen, FinlandRisto Kiviluoma, FinlandJan Knippers, GermanyRoberto Leon, USAJose Antonio Lozano Galant, SpainAdam Lubell, CanadaAndreas Luible, SwitzerlandAna Mandic Ivankovic, CroatiaPhilippe Menétrey, SwitzerlandAyaho Miyamoto, JapanGuido Morgenthal, GermanyMichel Moussard, FranceIngo Müllers, Germany

Shunichi Nakamura, JapanAlan O’Connor, IrelandAndré Orcesi, FranceFabrizio Palmisano, ItalyIgnacio Paya Zaforteza, SpainRobert T. Ratay, USAMarion Rauch, GermanyJose Romo Martin, SpainXin Ruan, ChinaLaurent Rus Jenni, SpainFathy Saad, EgyptAnn Schumacher, SwitzerlandIan Smith, SwitzerlandJuan A. Sobrino, SpainMarja-Kaarina Söderqvist, FinlandThomas Spuler, SwitzerlandAlfred Strauss, AustriaHarshavardhan Subbarao, IndiaLimin Sun, ChinaKarel Terwel, The NetherlandsGeorgios Tsionis, ItalyJose Turmo, SpainKees van IJselmuijden, The NetherlandsRob Vergoossen, Ther NetherlandsThomas Vogel, SwitzerlandJan A. Wium, South AfricaJonathan G. M. WoodRiccardo Zandonini, ItalyStefan Zmigrodzki, CanadaDaia Zwicky, Switzerland

Committees

Lead TeamKlaus H. Ostenfeld, Denmark Chair of the Lead TeamEugen Brühwiler, Switzerland Chair of the Scientifi c CommitteeChep Uytiepo, Switzerland IABSE Acting DirectorTina Vejrum, Denmark Lead ProgrammeAnn Schumacher, Switzerland Support ProgrammeDaia Zwicky, Switzerland Support Programme; Technical Visits and ToursLee Franck, UK Support Programme Guido Morgenthal, Germany Lead CommunicationJuan Sobrino, USA Lead Sponsoring and ExhibitionNiels Peter Høj, Switzerland Support Sponsoring and ExhibitionFernando Branco, Portugal Lead Finances

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Day 1 Wednesday, Sept, 23 08:30 – 10:00 K: Setting the Scene, Keynote Lectures 1 and 2

10:00 – 10:30 Coffee break morning

10:30 – 12:00 K: Keypodium 1, Keynote 3

13:30 – 15:00 CE-01: GC-01: GC-03: GC-14: BT-01: BT-06: BT-17: UG-01: Sustainability and Structural engineers Aesthetics in Forensic structural Performance of Breakthrough structural Performance of Design of buildings and the Structural Engineer as global leaders structural engineering engineering I existing structures health monitoring structures under infrastructure in con- technologies seismic action I fi ned and complex spaces

15:30 – 17:00 CE-02: GC-02: GC-04: GC-15: BT-02: BT-07: BT-18: UG-02: Ultra-long ser- Education: from Structural Engineering Forensic structural Performance Monitoring of Performance Resilient and16:00 – 16:30 Coffee break afternoon vice-life of structures technical to soft skills and Architecture engineering II of existing bridges and special of structures under smart cities concrete bridges structures seismic action II

17:15 – 18:15 Pecha Kucha Session

Day 2 Thursday, Sept, 24 08:30 – 10:00 CE-03: CE-08: GC-11: GC-19: BT-03: BT-08: BT-19: UG-03: Sustainable Structures for International design Infrastructure asset Nonlinear structural Monitoring Improvement Sustainable construction materials renewable energy challenge: complexity management analyses tools and of traffi c load effects of structures subjected infrastructure for production design rules safety formats to seismic action I developing economies


10:30 – 12:00 K: Keynote 4, Keypodium 2

13:30 – 15:00 CE-04: CE-06: GC-12: GC-06: BT-04: BT-15: BT-20: UG-04: Sustainable Extreme Codes and Standards Recent structural Improving Joints and Long span bridges 11T – Engineering in buildings environmental actions over-conservative ? engineering by existing bridges I bearings under seismic action developing countries on structures Swiss engineers

15:30 – 17:00 CE-05: CE-07: GC-05: GC-07: BT-05: BT-16: UG-05: Multifunctional Environmental Heritage structures Bridge design Improving Composite Design and Construction16:00 – 16:30 Coffee break afternoon energy-effi cient buil- hazards on structures and construction and construction existing bridges II systems of the 30km Temburong ding envelopes history Sea-Crossing

17:15 – 18:15 Industry Session – Bentley

Day 3 Friday, Sept, 25 08:30 – 10:00 GC-08: GC-17: GC-09: GC-18: BT-09: BT-11: UG-06: BT-13: High-rise building Structural Long span bridges – LCA and LCC Data collection Smart and active Long span bridges – UHPC structures and long span roofs fi re engineering: Design methods analysis in and inspection vibration control Projects I and connections Developments and and technology asset management of structures applications


10:30 – 12:00 GC-13: GC-10: GC-16 : BT-10: BT-12: UG-07: BT-14: BIM/CAAD & Co – Cable-stayed bridges – Structural Determination of Construction methods Long span bridges – Fibre reinforced Tools for engineers Design methods safety and risk structural properties using novel materials Projects II polymer composites and technology assessment and numerical tools for structures

13:30 – 15:00 K: Keynote 5, Refl ections and further Activities

8 9

Programme Overview Scientific and Technical Sessions

Room: 14 15 18 5 6 13 1 16

Urbanisation and Growth

UGBreakthrough Technologies

BTGlobal Engineering

Challenges

GCClimate Change and the Energy

Challenge

CEKeynotes

K

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Toni EderSwiss Federal Offi ce of Transport, Vice Director, Head of Infrastructure Divison

Renzo SimoniAlpTransit Gotthard AG, Director

Kristel Van der ElstKristel Van der Elst is CEO of The Global Foresight Group, a global consulting and research fi rm enabling its clients to be fi t for the futures they might encounter in a shifting, pluralistic, ambiguous and novel world. She is the former Head of Strategic Foresight at the World Economic Forum and a member of its Global Strategic Foresight Community.

Niklaus ZepfNiklaus Zepf is a mechanical engineer of the Federal Institute of Technology (ETH Zurich) with special education in Industrial Management Technology. Since 2001 he has been responsible for the Corporate Development at Axpo Group including the aspects of strategy, strategy controlling, technology manage-ment and sustainability. Previously he worked for Ciba-Geigy, Ciba Speciality Chemicals and Vantico in senior positions in the area of polymers in Switzerland and abroad.

Robert SilmanRobert Silman is president emeritus of the structural engineering fi rm, Silman, in their Boston offi ce. An IABSE member since 1983, he founded WC 5, Sustainability, and was Chairman of the IABSE Sym-posium in Rio de Janeiro in 1999. A graduate of Cornell and New York Universities, he also teaches at Harvard’s Graduate School of Design.

Jonathon PorrittJonathon Porritt, Co-Founder of Forum for the Future, is an eminent writer, broadcaster and commenta-tor on sustainable development. Established in 1996, Forum for the Future is now the UK’s leading sus-tainable development charity. The Forum has a growing presence in the United States, India, Hong Kong, Singapore and Malaysia. In addition he is a Non-Executive Director of Willmott Dixon Holdings, a Trustee of Ashden, and a Director of Collectively (an online platform celebrating sustainable innovation). He was formerly Director of Friends of the Earth, co-chair of the Green Party and as Chairman of the UK Sustain-able Development Commission until 2009, he spent nine years providing high-level advice to Government Ministers. Jonathon was installed as the Chancellor of Keele University in February 2012. He is also Visiting Professor at Loughborough University and UCL. Recent books are ‘Capitalism As If The World Matters’ (2007) and ‘The World We Made’ (2013) – which seeks to inspire people about the prospects of a sustainable world in 2050. Jonathon received a CBE in January 2000 for services to environmental protection.

Keynote Speaker Biographies

11INGENIOUS SOLUTIONS

Sustainable engineering solutions in the areas of infra-structure, building, environment and energy

BG Consulting EngineersAvenue de Cour 61, Case postale 241, CH-1001 LausanneT. + 41 58 424 11 11 – E-mail [email protected] – Web www.bg-21.com

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VAN DER ELST, Kristel Wednesday, Keynote Lecture 1: 08:30 – 09:15 Structural engineers and the future Switzerland September 23 Transportation context of the built environment infrastructure

SIMONI Renzo Wednesday, Keynote Lecture 2: 09:15 – 10:00 Alptransit – Challenges in Realising Switzerland September 23 Built environment Switzerland’s Project of the Century

EDER, Toni Wednesday, Keynote Lecture 2: 09:15 – 10:00 Alptransit – Challenges in Realising Switzerland September 23 Built environment Switzerland’s Project of the Century

ZEPF, Niklaus Wednesday, Keynote Lecture 3: 10:30 – 11:15 How Can Civil Engineering Support Switzerland September 23 Energy Transition the Energy Transition?

BELL, Glen Wednesday, Key-Podium 1: 11:15 – 12:00 Discussion around United States September 23 Global Engineering Global Engineering Challenges Challenges

VALENZUELA Wednesday, Key-Podium 1: 11:15 – 12:00 Discussion around SAAVEDRA, Matias September 23 Global Engineering Global Engineering Challenges Chili Challenges

BARSTOW, Christina Wednesday, Key-Podium 1: 11:15 – 12:00 Discussion around Denver, United States September 23 Global Engineering Global Engineering Challenges Challenges

HUSSAIN, Naeem Wednesday, Key-Podium 1: 11:15 – 12:00 Discussion around Asia, consultancy September 23 Global Engineering Global Engineering Challenges Challenges

GE, Yaojun Wednesday, Key-Podium 1: 11:15 – 12:00 Discussion around China, academia September 23 Global Engineering Global Engineering Challenges Challenges

FIRTH, Ian Wednesday, Key-Podium 1: 11:15 – 12:00 Discussion around United Kingdom, consultancy September 23 Global Engineering Global Engineering Challenges Challenges

SILMAN, Robert Thursday, Keynote Lecture 4 : 10:30 – 11:15 Ethical use of technology and United States September 24 Urbanization how to develop standards and Growth to judge civil engineers’ actions

SILMAN, Robert Thursday, Key-podium 2: 11:15 – 12:00 Ethical Use of Technology and United States September 24 Break-through how to develop standards Technologies to judge civil engineers’ actions

PORRITT, Jonathon Friday, Keynote Lecture 5: 13:30 – 14:00 Engineering a Smarter Future United Kingdom, September 25 Engineering Environmentalist, Writer a smarter Future

Keynotes(K)

LAST/First Name, Nationality Date Session name Session Time Title

Detailed Programme

K

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Theme 1: Climate Change and the Energy Challenge (CE)

Session ID/Time/Room Manuscript Title / Author Names Presenting Authors (43)

CE-01 T: Sustainability and the Structural Engineer Andrew MARTIN

Day 1 / 13:30-14:00 / Room 14 The DIOGEN and CIOGEN works, a Specifi c approach in Environmental Assessment of Civil Engineering Structures TARDIVEL, Yannick; FERAILLE, Adélaïde; MONTENS, Serge; TESSIER, Christian MONTENS, SERGE

Sustainable Bridge Design in Germany RETZEPIS, Ioannis RETZEPIS, Ioannis

Major sustainability drives on a large project, the Queen Elizabeth Park. KIRK, Martin KIRK, Martin

Bridges, Sustainability and the Structural Engineer MARTIN, Andrew MARTIN, Andrew

A Sustainable Structural Design method to analyse structural and environmental performances of a building TSIMPLOKOUKOU, Kassiani; LAMPERTI TORNAGHI, Marco; NEGRO, Paolo LAMPERTI TORNAGHI, Marco

Sustainable Bridge Design Using Procast Concrete Joints with Monolithic Behavior SAAD, Fathy SAAD, Fathy

CE-02 T: Ultra-long service-life of structures Christian CREMONA

Day 1 / 15:30-17:00 / Room 14 Designing Bridges for a Long Service Life GABLER, Markus GABLER, Markus

Structure Birth Certifi cate for Service Life Design and Through-Life Management BARTHOLOMEW, Michael BARTHOLOMEW, Michael

Durability Features of the Vimy Memorial Bridge AJRAB, Jack; ANDERSON, William; MONTMINY, Sylvain; O'CONNELL, Ryan; DELPH, Marcel AJRAB, Jack

Corrosion Protection Plan Requirements in APD: Defi ning Requirements ELZA, Peter ELZA, Peter

Increased Service Life of Fatigue Effected Structures through High Frequency Mechanical Impact Treatments BREUNIG, Stephanie; KUHLMANN, Ulrike KUHLMANN, Ulrike

Verifi cation of Infi nite Life Fatigue Performance of a Cost-Effective Steel Orthotropic Deck Design by Full Scale Laboratory Testing MUKHERJEE, Soham; ROY, Sougata ROY, Sougata

CE-01CE-02

14

CE-03 S: Sustainable construction materials Daia ZWICKY

Day 2 / 08:30-10:00 / Room 14 Material quantities and embodied carbon of footbridges DE WOLF, Catherine; BIANQUIS, Rosalie; VERBEECK, Kenny; OCHSENDORF, John VERBEECK, Kenny

Wood-lightweight concrete - Development of energy and resource resource-effi cient construction materials FADAI, Alireza; WINTER, Wolfgang FADAI, Alireza

Hybrid Timber Construction – combining material properties for energy effi ciency and sustainability HEIN, Carsten; LAWRENCE, Andrew; CAMPBELL, Adrian; SNELSON, Timothy HEIN, Carsten

Research of Performance and Durability of long span prestress concrete box girder bridge of gravel concrete WENG, Fang-Wen WENG, FANG-WEN

Application of Prestressed Concrete Composite Box-girder Bridges with Corrugated Steel Webs in Bridge Engineering in China LI, Ming; SONG, Jianyong; LI, Wanheng; ZHANG, Jinquan LI, Ming

Build with weathering steel : environmental and economical impacts – T7 tramway bridge in Paris area MICHEL, Loïc; GOGNY, Eric MICHEL, Loïc

CE-04 T: Sustainable buildings Daia ZWICKY

Day 2 / 13:30-15:00 / Room 14 Developing a Basis for Design – Embodied Carbon in Structures SARKISIAN, Mark; SHOOK, David; DESAI, Devki; WANG, Nicole SARKISIAN, Mark

Carbon Emission Assessment for Super Tall Buildings with Viscoelastic Coupling Dampers ZHAO, Xin; QIN, Lang ZHAO, Xin

Structural Optimization for a Sustainable Architecture BEGHINI, Alessandro; MATHIAS, Neville; SARKISIAN, Mark BEGHINI, Alessandro

Innovative construction system for sustainable buildings LOSS, Cristiano; PIAZZA, Maurizio; ZANDONINI, Riccardo LOSS, Cristiano

Integrated Embodied Carbon Optimal Design of Super Tall Building Structures with Viscous Dampers ZHAO, Xin; SHI, Tao ZHAO, Xin

Indicators for Serviceability for Low-Carbon Building Slab Types MOLINA-MORENO, Francisca; YEPES-PIQUERAS, Víctor MOLINA-MORENO, Francisca

CE-05 S: Multifunctional energy-effi cient building envelopes Georgios TSIONIS

Day 2 / 16:00-16:30 / Room 14 Energy-Effi cient Building Envelopes: use of Phase Change Materials in Cement-Based Composites LAMPERTI TORNAGHI, Marco; CAVERZAN, Alessio LAMPERTI TORNAGHI, Marco

Numerical modelling of UHPC and TRC sandwich elements for building envelopes MICCOLI, Lorenzo; JOHANSSON, Gabriel; ZANDI, Kamyab; WILLIAMS PORTAL, Natalie; FONTANA, Patrick; MÜLLER, Urs MICCOLI, Lorenzo


CE-03CE-04CE-05

15

CE-06 S: Extreme environmental actions on structures Yaojun GE and Yongxin YANG

Day 2 / 13:30-15:00 / Room 15 Wind Resistant Performance and Countermeasures for Cable-stayed Bridges with Open-section Girder YANG, Yongxin; ZHOU, Rui; GE, Yaojun YANG, Yongxin

Reevaluation of the Design Loads for an Existing Avalanche Protection Gallery – A Probabilistic Approach FISCHER, Katharina; SCHUBERT, Matthias; SCHAER, Mark; MARGRETH, Stefan; SCHELLENBERG, Kristian FISCHER, Katharina

Effect of Statistical Uncertainties in Ground Snow Load on Structural Reliability RÓZSÁS, Árpád; SÝKORA, Miroslav SÝKORA, Miroslav

Climate change effects on design thermal actions for concrete structures LARSSON, Oskar LARSSON, Oskar

Truss Structure Capacity Monitoring Considering Accelerated Steel Corrosion under Climate Change FENG, Yansheng; SUN, Zhi SUN, Zhi

CE-07 S: Environmental hazards on structures Inamullah KHAN with Qiao LI and Deshan SHAN

Day 2 / 15:30-17:00 / Room 15 Effects of Tsunami Measures for Bridges HASEGAWA, Akira Hasegawa, Akira

New approach for fl exible debris fl ow barriers VOLKWEIN, Axel; WENDELER, Corinna; STIEGLITZ, Lisa; LAUBER, Guido Volkwein, Axel

Protecting a fi ve span prestressed bridge against ground deformations BAGGE, Niklas; NILIMAA, Jonny; ENOKSSON, Ola; SABOUROVA, Natalia; GRIP, Niklas; TU, Yongming; LUNDMARK, Tore; ELFGREN, Lennart BAGGE, Niklas

Framework for Bridge Design Method under Multi-Hazard and Its Application to Super-Span Multi-Pylon Cable-Stayed Bridges CHEN, Airong; TIAN, Yu; MA, Rujin CHEN, Airong

CE-08 S: Structures for renewable energy production Eugen BRÜHWILER

Day 2 / 08:30-10:00 / Room 15 Renewable Energy Storage Megastructures JURGENS, Christiaan JURGENS, Christiaan

Energy Harvesting Sources for Structural Monitoring in Wind Turbines GEISS, Christian, EIBAND, Thomas GEISS, Christian

Modal identifi cation of a wind turbine before and after extension of the rotor blades OLIVEIRA, Gustavo; MAGALHÃES, Filipe; CUNHA, Álvaro; MATOS, José Carlos OLIVEIRA, Gustavo

Realistic examination of the fatigue life of a wind turbine tower using data from long term monitoring LORAUX, Christophe; BRÜHWILER, Eugen LORAUX, Christophe


CE-06CE-07CE-08

16

Theme 2: Global Engineering Challenges (GC)


GC-01 T: Structural engineers as global leaders: communicative, collaborative, creative Glenn BELL and Maria GARLOCK

Day 1 / 13:30-15:00 / Room 15 Integrating Practice, Education, and Research BELL, Glenn BELL, Glenn

Structural Engineers as Creative Leaders – from Stadia to Pavilions LEACH, Jon; WEBSTER, Thomas; NICOLIN, Rossella LEACH, Jon

“The Art of Spanish Bridge Design”, a New Course Promoting the Holistic Learning of Structural Engineering PAYA-ZAFORTEZA, Ignacio; GARLOCK, Maria; ADRIAENSSENS, Sigrid; GLISIC, Branko PAYA-ZAFORTEZA, Ignacio

Bridging to the Bicentenary: Collaboratively Educating Engineers and Architects MISTUR, Mark; LETCHFORD, Chris; STEIN, Michael LETCHFORD, Chris

The Future Engineer: a Structural Architect? JURGENS, Christiaan; WIUM, Jan JURGENS, Christiaan

GC-02 T: Education: from technical to soft skills Fernando MADRAZO AGUIRRE and Ian FIRTH

Day 1 / 15:30-17:00 / Room 15 E-Learning, The future of Structural Engineering Education? LOZANO GALANT, Jose Antonio; BRISEGHELLA, Bruno; TURMO, Jose; ZORDAN, Tobia BRISEGHELLA, Bruno

The Structural Playground, a New Environment Where to Enjoy Learning Structural Engineering GARLOCK, Maria; PAYA-ZAFORTEZA, Ignacio PAYA-ZAFORTEZA, Ignacio

Introducing modern teaching into a classic course on Structural Art GARLOCK, Maria; BHATIA, Aatish; ELHAMI KHORASANI, Negar GARLOCK, Maria

Discovering the role of engineering in the world: a new teaching experience focused on New York City and civil engineering PAYA-ZAFORTEZA, Ignacio; EIBEN, Catherine; LITTMAN, Michael PAYA-ZAFORTEZA, Ignacio

IABSE: an opportunity for Young Engineers to develop their social skills ZAUFT, Doreen; LOZANO GALANT, Jose Antonio; MADRAZO-AGUIRRE, Fernando; CAMARA, Alfredo LOZANO GALANT, Jose Antonio

Developing the Next Generation of Structural Engineers BELL, Glenn BELL, Glenn

GC-03 T: Aesthetics in structural engineering John BRESTIN and Ian FIRTH

Day 1 / 13:30-15:00 / Room 18 The large-scale form alone is nothing – the detail decides TOKARZ, Bernhard TOKARZ, Bernhard

Joint Structural & Architectural Approach towards Human Urbanism RADIĆ, Jure; MANDIĆ IVANKOVIĆ, Ana; KINCL, Branko; KINDIJ, Alex MANDIĆ IVANKOVIĆ, Ana

Typology of Contemporary Cable Bridges toward Bridge Aesthetics HONG, Namhee-Kim; KOH, Hyun-Moo; HONG, Sung-gul HONG, Namhee-Kim

Preliminary Design of the New Bridge for the St Lawrence River CARTER, Matthew; POTAPOVA, Lana; BALMER, Doug; JENSEN, Poul; SVANBERG, Kasper POTAPOVA, Lana

Ribbon Chapel SHIBATA, Ikuhide SHIBATA, Ikuhide

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GC-04 T: Structural Engineering and Architecture Annette BOEGLE and Andreas GIANOLI

Day 1 / 15:30-17:00 / Room 18 Curved shell-supported footbridges FENU, Luigi; BRISEGHELLA, Bruno; ZORDAN, Tobia FENU, Luigi

The assembly and replacement of the Weesperbridge BLOM, Anne; STEENBRINK, Arjen; HESSELINK, Bert BLOM, Anne

Case study: Challenges of an iconic pedestrian bridge ANWAR, Naveed; THAUNG HTUT, Aung; NORACHAN3, Pramin ANWAR, Naveed

The new Japan Tobacco Headquarters in Geneva – An iconic shape in the Swiss landscape BAKER, William; BINCI, Massimiliano; GUSCETTI, Gabriele; LELLI, Lorenzo; MARSH, Stuart LELLI, Lorenzo

Perez Art Museum Miami: A Synthesis of Structural Engineering and Architecture SMITH, Stuart SMITH, Stuart

Geometry and Parametric modeling in the Conceptual Design of Bridges Authors: ROMO, Jose; BOEGLE, Annette; MEYBOOM, Annalisa ROMO, Jose

GC-05 T: Heritage structures and construction history Eberhard PELKE and Annette BOEGLE

Day 2 / 15:30-17:00 / Room 18 Three Case Studies of Construction History Applied to the Assessment of Engineering Heritage Structures ESPION, Bernard; RAMMER, Yves; HELLEBOIS, Armande; PROVOST, Michel ESPION, Bernard

Potential for an adaptive reuse of a national cultural property building– Case study of a former sugar factory in Sofi a TRAYKOVA, Marina; METALKOVA-MARKOVA, Milena TRAYKOVA, Marina

Frost damage and restoration of limestone domes and spheres of heritage buildings VAN BOGAERT, Philippe VAN BOGAERT, Philippe

The Rendsburg High Bridge across the Kiel Canal BARTZSCH, Matthias; GEISSLER, Karsten BARTZSCH, Matthias

Renovation of a Historic Railway Lift Bridge VOERMANS, Jurgen; REUSINK, Jaco VOERMANS, Jurgen

Marina City - The History and Restoration of an Iconic Facade DUNTEMANN, John; GREVE, Brian DUNTEMANN, John

GC-06 T: Recent structural engineering by Swiss engineers Philippe MENÉTREY

Day 2 / 13:30-15:00 / Room 5 ArtStructures, From competition to completion using the synthetic design method MENÉTREY, Philippe MENÉTREY, Philippe

Apologia for „Sculptural engeneering“ KLEIN, Jean.Francois KLEIN, Jean.Francois

Design and realization of major bridges by the GVH Group HOURIET, Bernard HOURIET, Bernard

Conceptual Bridge Design beyond Signature Structures KAUFMANN, Walter; MEIER, Beat KAUFMANN, Walter

Structural engineers - Added value for successful design GUSCETTI, Gabriele; PIRAZZI, Claudio; SNOZZI, Francesco; WALGENWITZ, Marc GUSCETTI, Gabriele

Cable Supported Pedestrian Bridges in Remote Locations of the Swiss Alps BECHTOLD, Martin; EICHER, Manuel; SCHMOCKER, Niklaus; DIETRICH, Martin BECHTOLD, Martin


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GC-07 T: Bridge design and construction Adam LUBLI

Day 2 / 15:30-17:00 / Room 5 Bridge over the Vistula River in Kamien, Poland YEOWARD, Andrew; JAROMINIAK, Wojciech; IGIELSKI, Adam IGIELSKI, Adam

Nonlinear behaviour of steel-concrete composite under-deck cable-stayed bridges MADRAZO-AGUIRRE, Fernando; RUIZ-TERAN, Ana Maria; WADEE, M Ahmer MADRAZO-AGUIRRE, Fernando

Developing Cost-Effective Rib-to-Deck Plate Connections for Steel Orthotropic Bridge Decks MUKHERJEE, Soham; ROY, Sougata ROY, Sougata

Flexural Strength Analysis of Prestressed Concrete Members with High Strength Strands CHOI, Eu-Jeong; PARK, Ho; CHO, Jae-Yeol PARK, Ho

Corrosion effect on compatibility between prestressing strand and concrete WANG, Lei; DAI, Lizhao; MA, Yafei; ZHANG, Xuhui; ZHANG, Jianren WANG, Lei

GC-08 S: High-rise buildings and long span roofs Harshavardhan SUBBARAO

Day 3 / 08:30-10:00 / Room 14 The new UEFA Building in Nyon, Switzerland: Prestressed light slabs and other structural aspects GUSCETTI, Gabriele; LELLI, Lorenzo LELLI, Lorenzo

Challenges of a Single-Layer Reticulated Inverted Monk Bowl Dome ANWAR, Naveed; THAUNG HTUT, Aung; NORACHAN3, Pramin ANWAR, Naveed

Time-Dependent Bending Moment Analysis for Pile-Raft Foundation of Super High-Rise Buildings LIU, Shehong; YUAN, Juyun; ZHAO, Xin ZHAO, Xin

Sensitivity Analysis of Wind-induced Acceleration on Design Variables for Super Tall Buildings ZHAO, Xin; JIANG, Xiang ZHAO, Xin

Characteristics of Wind Loads on a Rectangular Tall Building in the Time Domain ZHUANG, Xiang; DONG, Xin; ZHENG, Yimin; ZHAO, Xin ZHAO, Xin

GC-09 S: Long span bridges – Design methods and Technology Christian CREMONA

Day 3 / 08:30-10:00 / Room 18 The recent cable and deck erection methods applied in various types of suspension bridges in Korea KIM, Jaehong; LEE, Minjae; KIM, Jungin; CHOI, Jinhyuk KIM, Jaehong

Design challenges of the runnability of long span bridges DIANA, Giorgio; COLLINA, Andrea; CORRADI, Roberto CORRADI, Roberto

Finite Element Model Updating of Suspension Bridge Based on Unstressed Length Identifi cation ZHANG, Songhan; SHEN, Ruili; CHEN, Meiling ZHANG, Songhan

A new innovative software for long span bridges based on the asymptotic expansion method. FERRADI, Mohammed Khalil; CESPEDES, Xavier FERRADI, Mohammed Khalil

Temperature Effect on Continuous Modal Parameter Identifi cation of Cable Stayed Bridge. KHAN, Inamullah; SHAN, Deshan; LI, Qiao; NAN, Feilong KHAN, Inamullah


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GC-10 S: Cable-stayed bridges – Design methods and technology José Antonio LOZANO GALANT

Day 3 / 10:30-12:00 / Room 18 Simulation of the time-dependent phenomena effects in staggered erected cable-stayed bridges LOZANO GALANT, Jose Antonio; DONG, Xu; TURMO, Jose LOZANO GALANT, Jose Antonio

Prediction of Wave and Wind Induced Dynamic Response in Time Domain using RM Bridge STAMPLER, Johann; SELLO, Joerg; BRUER, Arne; VEIE, Johannes; HELGREN-HOLTBERGET, Simen; MARLEY, Mathias; PAPINUTTI, Mitja STAMPLER, Johann

Progressive Cable Yielding of a Cable-Stayed Bridge Considering Geometric Nonlinearities and Uncertainties of Loads PEYRANI, Yohan; SUN, Zhi SUN, Zhi

A new Steel Damper and Its Applications in Long Span Bridges SHEN, Xing; YE, Aijun SHEN, Xing

A Study on Economic Effect According to the Design Life of a Bridge JUNG, Yongjoo; CHO, Chungyoung; GIL, Heungbae; KIM, hongsik; CHO, Junsang; LEE, Dongjin JUNG, Yongjoo

GC-11 T: International design challenge: complexity of design rules Stephen HICKS and Paul SKELTON

Day 2 / 08:30-10:00 / Room 18 Barriers to global adoption of Eurocode 3 and 4 HICKS, Stephen; UY, Brian; KANG, Won-Hee HICKS, Stephen

The New Lifting Bridge in Bordeaux, France– Mechanism Design Code Constraints and Freedoms SKELTON, Paul; GRIESING, Keith SKELTON, Paul

Concept for the Future Development of Eurocode 3 Design of Steel Structures KUHLMANN, Ulrike; ZIZZA, Antonio KUHLMANN, Ulrike

AAEM versus numerical rheology investigation of composite steel-concrete beams PARTOV, Doncho; KANTCHEV, Vesselin PARTOV, Doncho

Comparisons between design models for serviceability limit state of composite steel-concrete slabs RANZI, Gianluca; LEONI, Graziano; DEZI, Luigino RANZI, Gianluca

Comparison of the Development of AISC and EC4 Code Provisions for Composite Construction LEON, Roberto LEON, Roberto

GC-12 T: Codes and Standards: over-conservative ? Stefan ZMIGRODZKI

Day 2 / 13:30-15:00 / Room 18 Bridges that may have collapsed according to codes VAN BOGAERT, Philippe VAN BOGAERT, Philippe

Tested versus code capacity of existing bridges – Three examples SAS, Gabriel; BAGGE, Niklas; HÄGGSTRÖM, Jens; NILIMAA, Jonny; PUURULA, Arto; BLANKSVÄRD, Thomas; TÄLJSTEN, Björn; ELFGREN, Lennart ELFGREN, Lennart

Evaluation of a minimum fl exural reinforcement ratio using fracture-based modelling FAYYAD, Tahreer; LEES, Janet FAYYAD, Tahreer

Testing for load capacity of pad eyes used in offshore lifting operations KVALVÅG, Renathe; SIRIWARDANE, Sudath SIRIWARDANE, Sudath


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GC-13 T: BIM/CAAD & Co – Tools for engineers Ingo MÜLLERS

Day 3 / 10:30-12:00 / Room 14 Closing the GAP in BIM – an Engineering Approach NOELDGEN, Markus; WASSMANN, Wolfgang; HARDER, Jennifer NOELDGEN, Markus

BIM, a foundation for analyses BORST, Tom BORST, Tom

Visual Project Organization SEITZ, Peter SEITZ, Peter

GC-14 S: Forensic structural engineering I Dik-Gert MANS

Day 1 / 13:30-15:00 / Room 5 The Practice of Forensic Structural Engineering in IABSE Member Countries: Review of a Survey PALMISANO, Fabrizio; RATAY, Robert T. RATAY, Robert T.

Applying Forensic investigations of failures of structural performance. WOOD, Jonathan WOOD, Jonathan

Lessons from Confi dential Reporting on Structural Safety SOANE, Alastair SOANE, Alastair

Objectivity, Bias, and Advocacy in Expert Forensic Testimony Concerning the Standard of Care KARDON, Joshua KARDON, Joshua

Changes in codes following structural failures: an Italian perspective on mitigation of structural vulnerability PALMISANO, Fabrizio; VITONE, Amedeo PALMISANO, Fabrizio

Exploring improvements for structural safety TERWEL, Karel; MANS, Dik-Gert TERWEL, Karel

GC-15 S: Forensic structural engineering II John DUNTEMAN

Day 1 / 15:30-17:00 / Room 5 Changes in codes following structural failures: an Italian perspective on mitigation of structural vulnerability PALMISANO, Fabrizio; VITONE, Amedeo PALMISANO, Fabrizio

Failures of external tendons in prestressed concrete bridges:causes, investigations, remediation and prevention GODART, Bruno; LACOMBE, Jean-Michel; AUBAGNAC, Christophe GODART, Bruno

Forensics of a Partially Collapsed Timber Roof ZWICKY, Daia ZWICKY, Daia

Predicting structural disasters with radar interferometry TERWEL, Karel; VAN WANING, Henk; HANSSEN, Ramon TERWEL, Karel

Report of An Unexpected Vortex-Induced Vibration in an Actual Suspension Bridge HWANG, You Chan; KIM, Sun Joong; KIM, Ho Kyung HWANG, You Chan


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GC-16 S: Structural safety and risk assessment Niels Peter HOJ and Peter TANNER

Day 3 / 10:30-12:00 / Room 5 Risk-based models and requirements for building structures with high failure consequences TANNER, Peter; HINGORANI, Ramon TANNER, Peter

Structural robustness assessment of concrete frames considering membrane action effects BOTTE, Wouter; CASPEELE, Robby; TAERWE, Luc BOTTE, Wouter

Probabilistic structural assessment of railway masonry arch bridges MOREIRA, Vicente; MATOS, Jose; OLIVEIRA, Daniel MOREIRA, Vicente

A procedure for prioritizing seismic risk reduction of load bearing masonry structures WIUM, Jan; DE LA HARPE, Charlie WIUM, Jan

Reliability Design for Reinforced Concrete Structural Elements based on Statistical Characteristics of Local Live Loads ALSANAD, Shaikha; ASSAKKAF, Ibrahim ALSANAD, Shaikha

Risk Assessment for Interaction Effect of Adjacent High-Speed Railway Bridges and Highways MA, Rujin; TIAN, Yu; HU, Xiaohong MA, Rujin

GC-17 S: Structural fi re engineering: Developments and applications Ignacio PAYÀ-ZAFORTEZA, Maria GARLOCK

Day 3 / 08:30-10:00 / Room 15 Tools for Measuring a City’s Resilience in a Fire Following Earthquake Scenario ELHAMI KHORASANI, Negar; GERNAY, Thomas; GARLOCK, Maria GARLOCK, Maria

Fire Risk Management for Highway Bridges in Korea GIL, Heungbae; SEO, Sanggil; PARK, Cheolwoo GIL, Heungbae

Enhancing Fire Resistance Performance of Precast Concrete Load-Bearing Walls by Using Polypropylene Fibers and Wire Mesh POTHISIRI, Thanyawat POTHISIRI, Thanyawat

Buckling Temperature and Buckling Stress of a Steel Member with Lateral Bracing Caused by a Thermal Load NISHINO, Takayoshi NISHINO, Takayoshi

Structural Fire Assessment of Concrete Filled Steel Hollow Sections NEGRISOLI, Giorgio; STEFANAKI, Kalliope; O`CONNOR, Mark NEGRISOLI, Giorgio

Analysis of a heavy goods vehicle fi re in wind conditions and its impact on structural performance of a cable-stayed bridge MA, Rujin; MA, Minglei; CHEN, Airong MA, Rujin

Predictive Testing for Heat-Induced Explosive Spalling of Concrete RICKARD, Ieuan; MALUK, Cristián; BISBY, Luke; DEENY, Susan RICKARD, Ieuan


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GC-18 S: LCA and LCC analysis in asset management Jose MATOS and Rade HAJDIN

Day 3 / 08:30-10:00 / Room 5 Minimization of Life Cycle Cost for Bridge Asset Management with Multi Stage Optimization FURUTA, Hitoshi; NOMURA, Yasutoshi; NAKATSU, Koichiro; ISHIBASHI, Ken; KAGAWA, Yoshiaki KAGAWA, Yoshiaki

A Toolkit for Structures Asset Management MIKHAYLOV, Sergey; HICKEY, Ray; HESKETH, Oriana; TACHTSI, Lila; BERRY, Steve HICKEY, Ray

An implementation of expected utility theory in a civil engineering decision problem CAPPELLO, Carlo; ZANDONINI, Riccardo; ZONTA, Daniele ZANDONINI, Riccardo

Deterioration Prediction of Infrastructures with Time Series Data Considering Long Memory Effect KITAURA, Naoki; KAITO, Kiyoyuki KITAURA, Naoki

A local, data-based approach for SHM-based point ranking of bridges ANDERSEN, Jacob; ALCOVER, Isaac ANDERSEN, Jacob

Cross-asset risk assessment (X-ARA) SPIELHOFER, Roland; VAJDIC, Nevena; CIRILOVIC, Jelena; MLADENOVIC, Goran SPIELHOFER, Roland

GC-19 S: Infrastructure asset management Alan O’CONNOR

Day 2 / 08:30-10:00 / Room 5 Multi-criteria optimization framework for road infrastructures under different scenario of climate change ORCESI, Andre; CHEMINEAU, Helene; VAN GELDER, Pieter; VAN ERP, Noel; LIN, Pei-Hui; OBEL NIELSEN, Kim; PEDERSEN, Claus ORCESI, Andre

Traffi c Load Effect Forecasting for Bridges LEAHY, Cathal; O BRIEN, Eugene; O‘CONNOR, Alan LEAHY, Cathal

Comprehensive Evaluation Method for Deterioration of RC Slabs MIZUTANI, Daijiro; KAITO, Kiyoyuki MIZUTANI, Daijiro

Integration of cross asset risk assessment into road infrastructure asset management WENINGER-VYCUDIL, Alfred; SPIELHOFER, Roland; BRITTON, Chris; OLDFIELD, Mark; BROZEK, Barbara WENINGER-VYCUDIL, Alfred

Application of Semi Markov decision process in bridge management MAŠOVIĆ, Snežana; HAJDIN, Rade; STOŠI , Saša HAJDIN, RADE

Development of new bridge asset management considering renewal of existed bridges MASAKI, Ushiro MASAKI, Ushiro


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Theme 3: Breakthrough Technologies (BT)


BT-01 S: Performance of existing structures Ana MANDIC IVANKOVIC

Day 1 / 13:30-15:00 / Room 6 Performance of existing concrete arch bridges MANDIĆ IVANKOVIĆ, Ana; FRANETOVI , Marin; SRBI , Mladen MANDIĆ IVANKOVIĆ, Ana

Nonlinear structural analysis as an assessment tool for existing concrete structures BOER, Ane; HENDRIKS, Max; VEEN, cor; BELLETTI, Beatrice BOER, Ane

Assessment of existing composite bridges in New Zealand HICKS, Stephen; MC KENZIE, Chloe; LLOYD, Nigel; GRAHAM, Kenyon; CLIFTON, George HICKS, Stephen

Experimental and analytical study on stress concentration of corroded bridge wires MIYACHI, Kazuhiro; NAKAMURA, Shunichi MIYACHI, Kazuhiro

Structural reliability of existing city bridges HELLEBRANDT, Laura; STEENBERGEN, Raphaël; BLOM, Kees; VROUWENVELDER, Ton HELLEBRANDT, Laura

BT-02 S: Performance of existing concrete bridges Ingo MÜLLERS

Day 1 / 15:30-17:00 / Room 6 Structural assessment of existing concrete bridges: A consulting engineers´point of view MÜLLERS, Ingo; NAWABI, Assad MÜLLERS, Ingo

EIC-based fatigue life prediction for aging reinforced concrete beams MA, Yafei; WANG, Lei; ZHANG, Jianren; LIU, Yongming MA, Yafei

Performance of a prestressed concrete bridge loaded to failure BAGGE, Niklas; NILIMAA, Jonny; BLANKSVÄRD, Thomas; SAS, Gabriel; BERNSPÅNG, Lars; TÄLJSTEN, Björn; CAROLIN, Anders; ELFGREN, Lennart BAGGE, Niklas

Experimental study on static behavior of damaged RC arch ribs ZHANG, Jianren; LIU, Binbin; WANG, Lei; MA, Yafei ZHANG, Jianren

Probabilistic-based nonlinear analysis of a reinforced concrete railway bridge FERNANDES, João; MATOS, Jose; OLIVEIRA, Daniel MATOS, Jose

Remaining Fatigue Life Estimation of Railway Bridge Members Subjected to Time-dependent Corrosion ADASOORIYA, Nirosha; SIRIWARDANE, Sudath SIRIWARDANE, Sudath

BT-03 S: Nonlinear structural analyses tools and safety formats Alfred STRAUSS and Niels Peter HOJ

Day 2 / 08:30-10:00 / Room 6 Performance assessment of concrete structures based on probabilistic prediction models and monitoring information STRAUSS, Alfred; ZAMBON, Ivan; VIDOVIC, Anja; BERGMEISTER, Konrad; FRANGOPOL, Dan STRAUSS, Alfred

Analysing Concrete Structures – Advances in Material Modelling with Practical Applications RHODES, Steve; ICKE, Philip; LYONS, Paul ICKE, Philip

Shear failure of pre-stressed concrete T-shaped girders: Experiment and nonlinear modeling SLOWIK, Ondřej; STRAUSS, Alfred; NOVAK, Drahomir; KRUG, Bernhard SLOWIK, Ondřej

Monitoring shear-induced degradation of reinforced and pre-tensioned concrete members STOERZEL, Joerg; STRAUSS, Alfred; RANDL, Norbert STOERZEL, Joerg

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Shear strength evaluation of RC slabs according to CSCT with multi-layered shell elements and PARC_CL crack model BELLETTI, Beatrice; CANTONE, Raffaele; MUTTONI, Aurelio; SCOLARI, Matteo BELLETTI, Beatrice

Limit analysis for civil engineering structures ARQUIER, Mathieu; CESPEDES, Xavier ARQUIER, Mathieu

BT-04 S: Improving existing bridges I Eugen BRÜHWILER

Day 2 / 13:30-15:00 / Room 6 Strengthening the Chillon viaducts deck slabs with reinforced UHPFRC BRÜHWILER, Eugen; BASTIEN-MASSE, Malena; MÜHLBERG, Hartmut; HOURIET, Bernard; FLEURY, Blaise; CUENNET, Stéphane; SCHÄR, Philippe; BOUDRY, Frédéric BRÜHWILER, Eugen

UHPFRC Strengthening Method for Existing Bridges DUAN, Lan; HOUANKPO, Tchehoungbo; WANG, Chun-sheng; BRÜHWILER, Eugen; DONG, Peng DUAN, Lan

Challenges in the Evaluation of Existing Concrete Structures: Margaret Avenue Bridge HABEL, Katrin; BEARD LAABER, Christine; ALLEN, Steve HABEL, Katrin

Rehabilitation of transportation infrastructures: the potential of new materials NABAEI, Sina; NENDAZ, Sébastien NABAEI, Sina

Study on the Full-scale Bending Experiment of the Concrete Girder Reinforced by Steel Plate and Concrete Composite Strengthening Method WANG, Qian; LI, Rui; LUO, Qiao; QU, Tian-yu; WANG, Chun-sheng WANG, Qian

Preserving the Service Life of a Bridge Threatened with Fatigue Cracking MURILLO, Juan; BOUGACHA, Samir; NAKHAEI, Mofi d NAKHAEI, Mofi d

BT-05 S: Improving existing bridges II Eugen BRÜHWILER

Day 2 / 15:30-17:00 / Room 6 Extend the life of existing railway bridges – Results from EU FP7 project MAINLINE NILIMAA, Jonny; HÄGGSTRÖM, Jens; BLANKSVÄRD, Thomas; TÄLJSTEN, Björn; TU, Yongming; CAROLIN, Anders; PAULSSON, Björn; ELFGREN, Lennart NILIMAA, Jonny

Cold Retrofi tting Method Study for Fatigue Cracking of Steel Bridge WANG, Chun-sheng; OU, Chang-yang; ZHAI, Mu-sai; DUAN, Lan WANG, Chun-Sheng

Cleaning technique for repair painting on a weathering steel bridge TAKAI, Yuki; AOKI, Yasumoto; TSUKAMOTO, Shigeaki TAKAI, Yuki

Strengthening of existing RC frame in case of construction of additional fl oor with account for the construction stages TRAYKOVA, Marina; BOIADJIEVA, Raina; TRAYKOV, Alexander TRAYKOVA, Marina

Demolishment of a post-tensioned concrete viaduct across a motorway in Almere, The Netherlands BOETERS, Ton; VERGOOSSEN, Rob; BRINK, Tewis BOETERS, Ton

BT-06 S: Breakthrough structural health monitoring technologies Branko GLISIC

Day 1 / 13:30-15:00 / Room 17 Using measurements to reduce model uncertainty for better predictions PASQUIER, Romain; SMITH, Ian PASQUIER, Romain

Feasibility of an intelligent bridge integrated with the smart monitoring system MIYAMOTO, Ayaho; MOTOSHITA, Minoru MIYAMOTO, Ayaho

A methodology based on temperature monitoring to reduce fi re risk in tunnels. RINAUDO, Paula; PAYÁ ZAFORTEZA, Ignacio; CALDERON GARCIA, Pedro PAYÁ ZAFORTEZA, Ignacio

Unmanned Aerial Systems (UAS) – Survey and monitoring based on high-quality airborne photos HALLERMANN, Norman; MORGENTHAL, Guido; RODEHORST, Volker HALLERMANN, Norman


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Large-area electronics combined with integrated circuits into a strain sensing sheets YAO, Yao; TUNG, Shue-Ting; VERMA, Naveen; WAGNER, Sigurd; STURM, James; GLISIC, Branko GLISIC, Branko

Extending our Nocioceptive Sense to Structures: Haptic Interfaces for Structural Health Monitoring MASCAREÑAS, David; FARRAR, Charles MASCAREÑAS, David

BT-07 S: Monitoring of bridges and special structures Elsa CAETANO and Alvaro CUNHA

Day 1 / 15:30-17:00 / Room 13 Continuous dynamic monitoring of lively footbridges CUNHA, Álvaro; CAETANO, Elsa; MOUTINHO, Carlos; HU, Wei-Hua; CARDOSO, António CUNHA, Álvaro

Monitoring of strain cycles on a railway bridge with a wireless sensor network FELTRIN, Glauco; POPOVIC, Nemanja FELTRIN, Glauco

Monitoring of a Large Railway Arch Bridge GEIER, Roman; PETRASCHEK, Thomas; MACK, Thomas GEIER, Roman

Dealing with the peculiarities of the structural system identifi cation of cable-stayed bridges by observability techniques LOZANO GALANT, Jose Antonio; NOGAL, Maria; CASTILLO, Enrique; TURMO, Jose LOZANO GALANT, Jose Antonio

Application of Various Schemes for Damping Estimation of the Suspension Bridge for the Cause Investigation of a Vortex-Induced Vibration KIM, Sun Joong; KIM, Ho Kyung; HWANG, You Chan KIM, Sun Joong

Monitoring of reinforced concrete bridges retrofi tted by external tendons NOVÁK, Balthasar; BOROS, Vazul; KOSTER, Gerhard BOROS, Vazul

BT-08 S: Monitoring of traffi c load effects Philippe VAN BOGAERT

Day 2 / 08:30-10:00 / Room 13 Improved safety verifi cation of existing bridges using monitored data TREACY, Mark; BRÜHWILER, Eugen TREACY, Mark

Damage Detection using neutral Axis and Prestressing Force Distribution ABDEL-JABER, HIBA; SIGURDARDOTTIR, DOROTEA; GLISIC, BRANKO GLISIC, Branko

Measurement and Reproductive Analysis of Vibration Characteristics of Structures Using Running Train HIRABAYASHI, Masaya; SASAKI, Naomi; ITO, Yuka; KOBAYASHI, Kaoru HIRABAYASHI, Masaya

BT-09 S: Data collection and inspection of structures André ORCESI

Day 3 / 08:30-10:00 / Room 6 Probabilistic Assessment of Structural Condition Considering Uncertainty of Measured Data KIM, Hyun-Joong; KOH, Hyun-Moo; SONG, Junho; PARK, Wonsuk KOH, Hyun-Moo

Documentation of bridges by terrestrial scanner TRUONG HONG, Linh; LAEFER, Debra TRUONG HONG, Linh

Static and Dynamic Properties of Structures measured by Terrestrial Microwave Interferometry BECKER, Matthias; PULLAMTHARA, Jiny; SCHNEIDER, Jens; DRASS, Michael; FIRUS, Andrei PULLAMTHARA, Jiny


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BT-10 S: Determination of structural properties Eugen BRÜHWILER

Day 3 / 10:30-12:00 / Room 6 Improvement of dry air injection system for main cables of Seto-Ohashi Bridges KUSUHARA, Shigeki; MORIYAMA, Akira; OKAWA, Muneo; SAKAMOTO, Yoshiya KUSUHARA, Shigeki

Defect detection in strand wires within the anchorage area of high tensioned cables DE WIT, Marcel DE WIT, Marcel

Application of non-destructive test on self-compacting concrete EL MIR, Abdulkader; NEHME, Salem EL MIR, Abdulkader

Stress Concentration Factors of Tubular Joints in Offshore Jacket Structure: A comparative study MAHESWARAN, Jeron; SIRIWARDANE, Sudath SIRIWARDANE, Sudath

BT-11 S: Smart and active vibration control Carsten BLOCK

Day 3 / 08:30-10:00 / Room 13 Volgograd-Bridge: Effi ciency of passive and adaptive Tuned Mass Dampers BENICKE, Oliver; BUTZ, Christiane BENICKE, Oliver

The Construction Vibration Control by Tuned Mass Dumper LONGARINI, Nicola; ZUCCA, Marco; SILVESTRO, Giuseppe ZUCCA, Marco

Control Strategies for Active Control via Twin Rotor Damper BÄUMER, Richard; STAROSSEK, Uwe BÄUMER, Richard

A modifi ed bang-bang control for MR damper and experimental validation using RTHS LI, Xin; DYKE, Shirley; LU, Xilin; CUI, Ye CUI, Ye

Control of Wind-induced Vibration by Combined Tuned Damper for Super Tall Buildings WANG, Lilin; ZHENG, Yimin; ZHAO, Xin ZHAO, Xin

Design and application of anti-seismic active vibration control systems GUENDEL, Max; SCHOTT, Dominik; BLOCK, Carsten GUENDEL, Max

Damping of Stay Cables by Semi-Active Friction Dampers WAGNER, Mia; SVENDSEN, M. N.; HØGSBERG, J. B. WAGNER, Mia

BT-12 T: Construction methods using novel materials and numerical tools Philippe VAN BOGAERT

Day 3 / 10:30-12:00 / Room 13 Digital Design & Semi-Automatic Fabrication: Digital Craftsmanship LUCAS, Tim LUCAS, Tim

CNC-fabricated formwork for a UHPFRC thin folded plate arch MAYENCOURT, Paul; LORAUX, Christophe; ROBELLER, Christopher; BRÜHWILER, Eugen; WEINAND, Yves MAYENCOURT, Paul

Accelerated Bridge Construction using Ceramic Concrete Slabs TASSEW, Samson; LUBELL, Adam LUBELL, Adam

Experimental study on precast segmental box girders with corrugated steel webs ZHENG, Hehui ZHENG, Hehui

A New Solution for Fabrication & Erection of composite box girder of Cable-stayed Bridge ZHANG, Hong; YOU, Xinpeng; ZHANG, Yongtao YOU, Xinpeng


BT-10BT-11BT-12

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BT-13 S: UHPC structures and connections Sung-Gul HONG

Day 3 / 08:30-10:00 / Room 16 Structural behaviour of Ultra-High Performance Fibre Reinforced Concrete columns subjected to eccentric loading. SINGH, Manpreet; ALI, M.S. Mohamed; SHEIKH, A.H. ALI, M.S. Mohamed

Experimental Study on the Behavior of Single Bolted Joints for UHPC Panels HONG, Sung-gul; CHUNG, Su-hyung HONG, Sung-gul

Effect of Surface Preparation and Curing Method on Bond Strength between UHPC and Normal Strength Concrete HONG, Sung-gul; KANG, Sung-hoon HONG, Sung-gul

Design and Behaviour of Prestressed UHPC Channel Girders Using Local Materials MANNING, Mark; WELDON, Brad; JAUREGUI, David; NEWTSON, Craig MANNING, Mark

Early-Age Compressive and Tensile Strength Gain of a Locally Developed UHPC MANNING, Mark; GIESLER, Andrew; WELDON, Brad; NEWTSON, Craig; JAUREGUI, David MANNING, Mark

Prestressed I-Beams Made of Ultra-High Performance Concrete for Construction of Railway Bridges TEJ, Petr; KOLÍSKO, Jiří; BOUŠKA, Petr; VOKÁČ, Miroslav; ČECH, Jindřich TEJ, Petr

BT-14 S: Fibre reinforced polymer composites for structures Ane DE BOER

Day 3 / 10:30-12:00 / Room 16 arcoBridge – Low cost FRP Bridges for mainstream applications WHITE, Simon; PRICE, Natalie; RAJAMANIE, Nikesh; WISE, Ian; TRIM, Roland PRICE, Natalie

Performance in Transverse Direction of Fiber-Reinforced Polymer Bridge Decks YANES, Sonia; DE CASTRO, Julia; KELLER, Thomas YANES, Sonia

Bridge over the motorway A27, steel truss with a FRP deck STEENBRINK, Arjen; KAPTEIN, Gijs STEENBRINK, Arjen

Long term effects of wet and outdoor conditions on GFRP KLAMER, Ernst; TROMP, Liesbeth; BOER, Ane KLAMER, Ernst

An innovative hybrid GFRP-concrete footbridge structure GONILHA, José; CORREIA, João; BRANCO, Fernando; BARROS, Joaquim; SENA-CRUZ, José; MARTINS, David; FERNANDES, Lourenço BRANCO, Fernando

BT-15 T: Joints and bearings Thomas SPULER and Simon HOFFMANN

Day 2 / 13:30-15:00 / Room 13 Joints and bearings – European State of the Art of sustainable solutions BRAUN, Christian; BENICKE, Oliver BRAUN, Christian

Smart expansion joints of long- span bridges: self- evaluating by advanced monitoring system. ISLAMI, Kleidi ISLAMI, Kleidi

Construction of Humber Bridge A-frame rocker bearing replacement COLLINS, John; HORNBY, Richard; SMITH, Daniel; HILL, Peter; WEBB, John COLLINS, John

Pin-Fuse Seismic Systems - Friction Joints that Limit Damage SARKISIAN, Mark; MATHIAS, Neville; GARAI, Rupa; HORIUCHI, Christopher SARKISIAN, Mark

Innovative Fiber Reinforced Elastomeric Isolation Devices CASTILLO, Pablo; PÜRGSTALLER, Andreas; APOSTOLIDI, Eftychia; STRAUSS, Alfred; BERGMEISTER, Konrad CASTILLO, Pablo

Evaluation of Bolted Single Support Bar Modular Bridge Joint Systems for Infi nite Fatigue Life under Simulated Vehicular Loading ARTMONT, Frank; ROY, Sougata ROY, Sougata


BT-13BT-14BT-15

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BT-16 S: Composite systems Jan WIUM

Day 2 / 15:30-17:00 / Room 13 Structural optimization of composite structures using an energy method KAVRAKOV, Igor; TIMMLER, Hans-Georg; MORGENTHAL, Guido KAVRAKOV, Igor

Early age cracks of concrete casted in different stages EMBABY, Rana; EMBABY, Ayman EMBABY, Rana

Development of the structural system with steel frame and wooden fl oor -Connection method of steel beam and wooden fl oor- KURATOMI, Yo; INADA, Tatsuo KURATOMI, Yo

BT-17 S: Performance of structures under seismic action I Ricardo ZANDONINI

Day 1 / 13:30-15:00 / Room 1 Earthquake-induced Collapse Simulation of a Super Long Span Cable-Stayed Bridge Based on an Open Source FE Program KAIQI, Lin; LINLIN, Xie; XINZHENG, Lu; LIEPING, Ye XINZHENG, Lu

Whipping Effect of the Seismic Response of Unbraced Tied Arch Bridges CAO, Yinghong; HE, Eddie; FURRER, Martin CAO, Yinghong

Parametric Seismic Study on Concrete Shear Keys for Small to Medium-Span Highway Bridges XIANG, Nailiang; LI, Jianzhong; WANG, Yi XIANG, Nailiang

Proposal and application of the Incremental Modal Pushover Analysis (IMPA) BERGAMI, Alessandro Vittorio; LIU, Xu; NUTI, Camillo NUTI, Camillo

Ductility of Reinforced Concrete Frame Buildings Subjected to the Recent New Zealand Earthquakes MANTAWY, Ahmed; ANDERSON, James MANTAWY, Ahmed

Effect of a Base Isolation System for Reduction of Annual Seismic Risk of a Steel Building DANESHI, Mehdi; KALANTARI, Afshin DANESHI, Mehdi

BT-18 S: Performance of structures under seismic action II Ian SMITH and Pierino LESTUZZI

Day 1 / 15:30-17:00 / Room 1 Evaluating seismic retrofi tting effi ciency through ambient vibration tests and analytical models REULAND, Yves; GAROFANO, Angelo; LESTUZZI, Pierino; SMITH, Ian REULAND, Yves

Modelling and parametric study of self-centering reinforced concrete frame structures CUI, Ye; LU, Xilin; JIANG, Chun CUI, Ye

Experimental analysis of steel panel dampers in replaceable coupling beams CHEN, Cong; LU, Xilin CHEN, Cong

Improvements in the performance index of self-centering capability of columns LIU, Xiaoxian; LI, Jianzhong LIU, Xiaoxian

Infl uence of Steel and Concrete Strength on Seismic Performance of Concrete Columns SU, Junsheng; WANG, Junjie; WANG, Wenbiao; MEI, Shilong; SHI, Dawei SU, Junsheng

A novel multilevel energy dissipative device as an alternative for seismic protection of structures ZHU, Qiyun ZHU, Qiyun


BT-16BT-17BT-18

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BT-19 S: Improvement of structures subjected to seismic action I Shunichi NAKAMURA

Day 3 / 08:30-10:00 / Room 1 A repair and retrofi tting intervention to improve plastic dissipation and shear strength of Chinese RC bridges LAVORATO, Davide; SANTINI, Silivia; NUTI, Camillo; BRISEGHELLA, Bruno; XUE, Junqing NUTI, Camillo

Seismic Isolation of the existing viaduct B28 in Switzerland THOMOPOULOS, Constantinos THOMOPOULOS, Constantinos

UHPFRC versus RC jackets for the seismic upgrade of columns LAMPROPOULOS, Andreas; PASCHALIS, Spyridon; DRITSOS, Stephanos LAMPROPOULOS, Andreas

Effectiveness of Techniques for Seismic Strengthening of RC Frame Buildings TSIONIS, Georgios; APOSTOLSKA, Roberta; TAUCER, Fabio TSIONIS, Georgios

Development of a New Seismic Retrofi t Method Reinforcing only Two-sides of RC Bridge Pier with Bar Cut-off Sections WATANABE, Taichiro; KOBAYASHI, Kaoru; KANNO, Takahiro; SAITO, Shigehiko WATANABE, Taichiro

Numerical Investigation of an RC Column Retrofi tted with Steel Brace LI, Wencong LI, Wencong

BT-20 S: Long span bridges under seismic action Christian CREMONA

Day 2 / 13:30-15:00 / Room 1 Static and Seismic Characteristics of Cable-Stayed Bridges with New Stay Systems SAMIM, Fatema; NAKAMURA, Shunichi SAMIM, Fatema

Shake Table Test of a Cable-stayed Bridge Model Using Passive Energy Dissipation Devices WANG, Ruilong; LI, Jianzhong; XU, Yan; JIA, Leying WANG, Ruilong

Spatial variability effects of the seismic action in Cable-Stayed Bridges and modelling techniques EFTHYMIOU, Elina; CAMARA, Alfredo CAMARA, Alfredo

Control of the Dynamic Response of Cable-stayed Bridge with Highway and Railway under Multiple Loading by a Viscous Damper LU, Long; LI, Jianzhong; JIA, Leying LU, Long

An innovative isolation system for lateral seismic control of a cable-stayed bridge with heavy deck GUAN, Zhongguo; LI, Xiaobo; LI, Jianzhong GUAN, Zhongguo

Seismic Response and Reduction Research of Long-span Railway Continuous Beam-arch Composite Bridge WANG, Yu; DAI, Gonglian WANG, Yu


BT-19BT-20

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Theme 4: Urbanisation and Growth (UG)


UG-01 45 T: Design of buildings and infrastructure in confi ned and complex spaces Bart DE PAUW

Day 1 / 13:30-15:00 / Room 16 “China Zun” Tower: Pushing the Limits to Chinese Practice LIU, Peng; YU, Cheng; LIU, Yun Bo; CITERNE, Dorothee LIU, Peng

Developing a Basis for Design - Embodied Carbon in Structures SARKISIAN, Mark; HORIUCHI, Christopher; SHOOK, David SARKISIAN, Mark

CANOPEE research program : covering large transport infrastructures in dense urban environment MOUSSARD, Michel; APPÉRÉ, François; MÉRAND, Pierre MOUSSARD, Michel

Metro Grand Paris Express FALCETTO, Pietro; GELLEE, Aymeric FALCETTO, Pietro

Extension of the Train Station of Bern BAUER, Balz; MAYENCOURT, Paul MAYENCOURT, Paul

The Adaptive Re-Use of three 1960‘s Era Warehouses as Offi ce Space FERRAN, Nicole FERRAN, Nicole

UG-02 46 T: Resilient and smart cities Nisrine MAKHOUL

Day 1 / 15:30-17:00 / Room 16 From Sustainable to Resilient and Smart Cities MAKHOUL, Nisrine MAKHOUL, Nisrine

Wikihouse 4.0: Towards a Smart Future SMITH, Stuart SMITH, Stuart

Urban Planning for the Driverless CarImpact of Driverless Cars on the Built Environment and Transportation Infrastructure BRUNNER, Ueli BRUNNER, Ueli

Structural Equation Modelling in Sustainable Human Settlement Research AIGBAVBOA, Clinton AIGBAVBOA, Clinton

UG-03 44 T: Sustainable infrastructure for developing economies Andrew MARTIN

Day 2 / 08:30-10:00 / Room 16 Urbanisation in Africa – Taking Angola as an example BEDNARSKI, Cezary BEDNARSKI, Cezary

An evaluation of the management issues affecting government housing agencies in the delivery of low-income housing in South Africa AIGBAVBOA, Clinton AIGBAVBOA, Clinton

Urban Transformation Opportunity for Sustainable Development and Benefi ts Based on LCC Analysis KÖYLÜOĞLU, Özgür KÖYLÜOĞLU, Özgür

Urbanization and Growth in Indian Transportation Scenario ROY, Bidhan ROY, Bidhan

Use of ASPIRE as an effective tool for ensuring sustainability in developing countries VILLA, Alessandra; BOROWIEC, Philip; DAWOODI, Kayin; FRANCK, Lee; MORGAN, Geoffrey VILLA, Alessandra

UG-01UG-02UG-03

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UG-04 11 T: Engineering in developing countries Lee FRANCK

Day 2 / 13:30-15:00 / Room 16 Challenges of engineering design and construction in rurally isolated communities BOROWIEC, Philip; VILLA, Alessandra; FRANCK, Lee; DAWOODI, Kayin; BANG, Avery BOROWIEC, Philip

Living Root Bridges: State of knowledge, fundamental research and future application SHANKAR, Sanjeev SHANKAR, Sanjeev

The new Kamoro suspension bridge in Madagascar DEL DRAGO, Filippo; TORTOLINI, Paolo; PETRANGELI, Marco PETRANGELI, Marco

Evolvement of New Precast Concrete Retaining Wall Design in Malaysia TAN, Geem Eng; ONG, Tai Boon; ONG, Chong Yong; CHOONG, Kok Keong TAN, Geem Eng

UG-05 48 T: Design and Construction of the 30km Temburong Sea-Crossing Naeem HUSSAIN, Tina VEJRUM

Day 2 / 15:30-17:00 / Room 1 Temburong Bridge, Brunei – Feasibility Study CARTER, Matthew; YIP, Sammy; HUSSAIN, Naeem CARTER, Matthew

Temburong Bridge, Brunei – Procurement Strategy, Design Basis and Specifi cations KITE, Steve; HOOTON, Martin; MC NULTY, Andy; CHIN, Kok Kong; DING, Lee Sing KITE, Steve

Temburong Bridge, Brunei – Ground Engineering – Part 1: Engineering Geology BUSH, Thomas; MILLIS, Stuart; LEUNG, Erin; WYSE, Eoin YIU, Jack

Temburong Bridge, Brunei – Ground Engineering – Part 2: Geotechnical Design YIU, Jack; EVANS, Iolo; FERRERO, Silvia; LEUNG, Erin; NGAN, Judy; YIN, KK YIU, Jack

Temburong Bridge, Brunei – Environmental Impact Study and Mitigation Measures KITE, Steve; HUSSAIN, Naeem; CHIU, Franki; CHIN, Kok Kong; ANDERSON, Garry; SALIM, Hj Mazlan; CHIN, Kok Kong HUSSAIN, Naeem

Temburong Bridge, Brunei – CC2 Marine Viaducts in Brunei Bay TO, Murphy; CHONG, Yau-Hong; LUK, Alice; YIU, Jack; SANGAKKARA, Sunil TO, Murphy

Temburong Bridge, Brunei – CC3 Navigation Bridges and Associated Viaducts CARLUCCI, Alberto; HOOTON, Martin; MONEYPENNY, Kelvin; YIP, Sammy; GAINEY, Catherine; LEUNG, William CARLUCCI, Alberto

Temburong Bridge, Brunei – CC4 Swamp Crossing in Temburong District POON, Chi-ho; YIP, Sammy; VISHNOI, Paresh; HUSSAIN, Naeem; CAIN, John YIP, Sammy

Temburong Bridge, Brunei – Independent Design Check LÖHNING, Thomas; VEJRUM, Tina; OTHMAN, Dato LÖHNING, Thomas

UG-04UG-05

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UG-06 47 T: Long span bridges – Projects I Giorgio DIANA and Ian FIRTH

Day 3 / 08:30-10:00 / Room 1 Design of Twin River Bridges for Light Rail Transit and Highway YIN, Delan; LIU, Anshuang YIN, Delan

Study for a suspension bridge with a main span of 3700 m IJSELMUIJDEN, Kees; REUSINK, Jaco; TROMP, Liesbeth; MEIJERS, Sander; HAGENAARS, Peter; SWART, Alex; SMITS, Joris IJSELMUIJDEN, Kees

Long-span Steel Truss Arch Bridge Construction and Innovation LIU, Dan; TIAN, Wei; ZHENG, Jianxin LIU, Dan

Vertical stiffness for tube bridges: Comparing pontoons and tethers REISO, Marit; FOSSBAKKEN, Stine; SØREIDE, Tore; MYHR, Anders; BERGE KRISTENSEN, Vegard; SOLEMSLI, Jon; SEKSE, Jorunn; MINORETTI, Arianna FOSSBAKKEN, Stine

Dynamic Characteristics of a Longitudinally Asymmetrical Multi-Span Suspension Bridge: The Chacao Bridge PIZARRO, Diego; HUBE, Matías; VALENZUELA, Matias; MARQUEZ, Marcelo PIZARRO, Diego

UG-07 47 T: Long span bridges – Projects II Giorgio DIANA and Ian FIRTH

Day 3 / 10:30-12:00 / Room 1 The behavior of the Third Bosporus Bridge related to wind and railway loads. DE VILLE DE GOYET, Vincent; VIRLOGEUX, Michel; KLEIN, Jean Francois; DUCHENE, Yves DE VILLE DE GOYET, Vincent

Izmit Bay Suspension Bridge – Finding and Consideration for Vibration control of Tower by Active mass damper INOUE, Manabu; KAWAKAMI, Takeshi; TAKAI, Yusuke; BERBER, Oguz; IZAWA, Ryuki; OIZUMI, Satoshi INOUE, Manabu

Izmit Bay Suspension Bridge - Main Cable Anchorages PEDERSEN, Flemming; CHRISTENSEN, Søren; JACOBSEN, Jonas; LÖHNUNG, Thomas JACOBSEN, Jonas

Izmit Bay Bridge - Deep Water Foundations PEDERSEN, Flemming; CHRISTENSEN, Søren; JACOBSEN, Jonas JACOBSEN, Jonas

Buffeting response of long span bridges: numerical-experimental validation of fl uid-structure interaction models DIANA, Giorgio; ROCCHI, Daniele; ARGENTINI, Tommaso DIANA, Giorgio

Closing of the Conference

Day 3 / 14:10-15:00 / Room 1 Refl ections and further Activities

14.10 – 14.15 Summary of activities and impressions OSTENFELD, Klaus

14.15 – 14.30 Presentation of session highlights BRÜHWILER, Eugen

14.30 – 14.35 Announcement of new WGs CREMONA, Christian

14.35 – 14.40 Young Engineers Award ZWICKY, Daia

14.40 – 14.50 Presentation Stockholm KARLSSON, Mats

14.50 - 14.55 Presentation Guangzhou GE Yaojun

14.55 – 15.00 Closing speech OSTENFELD, Klaus

UG-06UG-07

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IABSE Working Group Forensic Structural EngineeringDate: Tuesday, September 22, 2015Time: 09:00-17:00Room: 8Cost: CHF 270Chairmen: Fabrizio Palmisiano, Italy Karel Terwel, The Netherlands

Pre-Conference Short Course

Forensic Structural EngineeringCauses of Failures & Investigations

Synopsis“Engineering investigation of the causes of structural failures of buildings, bridges, and other constructed facilities, as well as rendering opinions as to the cause(s) of the failures and giving testimony in judicial proceedings, is a fi eld of professional practice of its own, often referred to as forensic struc-tural engineering” (R.T. Ratay, 2010).This short course is one of the activities of the IABSE Working Group ‘Foren-sic Structural Engineering’. The ultimate objective of the WG is to mitigate structural failures and improve forensic engineering practices. To these ends the activities of the WG include seminars, workshops, short courses, presen-tation and publication of papers for the purpose of increasing the awareness and working knowledge of students and practicing engineers of the causes, prevention and consequences of failures, for the ultimate goal of ensuring the safety and reliability of structures. The WG organised sessions on forensic structural engineering at the IABSE Madrid 2014 symposium which were well attended, demonstrating that there is much interest in the practice of foren-sic structural engineering.The short course is aimed at structural engineers who want to acquire a working knowledge of forensic structural engineering, practicing forensic engineers who want to learn from and share with other practitioners, and university students who wish to gain an advanced understanding of forensic structural engineering to underpin future research/career interests.

ObjectivesProvide structural engineers with an insight to the state-of-the-art practice of forensic investigation of structural failures, and into lessons learned from failures to understand and mitigate design errors and construction defects.

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Schedule09:00 – 9:20

Registration and coffee

09:20 – 9:30Fabrizio Palmisano & Karel Terwel

Opening

09:30 – 10:00Robert T. Ratay

1) An Overview of Forensic Structural Engineering

10:00 – 11:00Karel Terwel

2) Causes of structural failures and underlying factors· Goal: give an overview of characteristics of failures and causes.· Based on study of 741 Dutch cases with comparison of international

studies .· Characteristics of failures: types of structures, types of structural

elements, types of damage, fatalities, loads during failures, elements involved, used materials, main causes (design/construction errors, etc.), phase of discovery.

· Comparison of international cases: studies of e.g. Schneider Matousek, Fruehwald, Hadipriono.

· Selected information from the WG’s recent survey of forensic engineering practices in IABSE member countries: some countries suffer more from extreme weather and earthquakes -> relative infl uence of human errors is smaller.

· Underlying factors: human errors? It appears that organizational factors such as safety culture, allocation of responsibilities, risk management, control, communication and collaboration, and knowledge infrastructure are determining.

11:00 – 11:15

Coffee break

11:15 – 12:15Huibert Borsje and Karel Terwel

3) Cases of failures/collapses· Highlighting some important types of failures:· Detailing concrete (balconies Maastricht).· Facades (Façade residential building Amsterdam).· Temporary structures during construction

(temporary support for fl oor of B-tower).· Unexpected behaviour of materials (incorrect stainless steel in

swimming pools, alkali-silica reaction, Nickel Sulphide inclusions in glass)

12:15 – 13:30

Lunch

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13:30 – 14:30John F. Duntemann

4) The forensic investigation process• First steps after a failure. · Field observation. · Search for survivors/victims. · Assurance of public safety. · Temporary stabilization, repair.

14:30 – 15:30Fabrizio Palmisano

5) Investigation of failures in concrete and masonry structures + specifi c cases

Participants will be interactively involved in the lecture. Two different cases will be discussed: the collapse of Giotto Avenue building in Foggia (concrete structure) and the partial collapse of ‘Palazzo Edilizia’ in Salerno (masonry structure).

· The application of the methodology described in the previous lecture will be step-by-step analysed with reference to the case studies.

· The case studies will focus mainly on the following issues: Giotto Avenue building collapse: material defects, conceptual and detail-ing design defi ciencies, linear and probabilistic analyses.

Partial collapse of ‘Palazzo Edilizia’: surveys, testing, linear and nonlinear analyses, hidden structural defects.

15:30 – 16:00

Tea break

16:00 – 16:45Huibert Borsje

7) Investigation of failures in steel structures + specifi c caseIn July 2011, during construction work, the roof of the football stadium Grolsch Veste in the Netherlands partially collapsed. As a result of this ac-cident, two workers were killed and nine injured, some of them critically.After this accident an investigation was started to determine the technical cause(s) of the collapse. This investigation was set-up as described in the previous lecture about the forensic investigation process.The participants will be guided along the steps of the process the investi-gators have taken to solve the problem.

16:45 – 17:00Huibert Borsje

6) WYSIATI – What you see is all there isMost of us go through life assuming (and sometimes insisting) that we see ‘everything’ and that we are right about our observations. This short lec-ture will show the participants that we often don’t see everything we have to see and sometimes even see non-existing things. It will be explained why it is so diffi cult to separate observation and interpretation.

17:00Fabrizio Palmisano and Karel Terwel

7) Closing

• Assessment. · Questioning. · Existing documents. · Inspections. · Testing. · Re-calculations. · Structural performance. · Reporting.

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Huibert Borsje, MSc., is a structural engineer, graduated at the Delft Technical University and now working as a senior scien-

tist at TNO the Netherlands. From the beginning of his career, over 25 years ago, he is investigating dam-age. The fi rst years he was mainly focusing on damage analysis of concrete structures, both material related damage and structural damage. Later on his work developed into forensic engineering of struc-tural damage in general. Last years he has investigated several severe collapses of buildings and other structures, in order of the Public Prosecution, the Labour Inspectorate of the Ministry of Social Affairs and Employment and The Dutch Safety Board.

John Duntemann, P.E., S.E., is a Senior Principal at Wiss, Janney, Elstner Associates, Inc. in Northbrook, Illinois, USA. He is a li-

censed structural engineer primarily engaged in the assessment and rehabilitation of existing struc-tures, and specializes in the assessment of structural distress and serviceability problems. He is a gradu-ate of the University of Illinois at Urbana-Champaign, where he received a Bachelor of Science degree in Civil Engineering and a Master of Science in Structural Engineering. He is a member of IABSE and serves on Working Group 8 Forensic Engineering and the Outstanding Structure Award (OStrA) Committee. He is also a member of the American Society of Engineers (ASCE) Standard Committee for Minimum Design Loads for Buildings and Other Structures (ASCE 7) and a contributing author to the Forensic Structural Engineering Handbook published by McGraw-Hill.

Fabrizio Palmisano, MEng., Ph.D., P.E., is an Adjunct Professor of Structural Mechanics at the Politecnico di Bari and Director of the Engineer-

ing and Architecture Consulting Company ‘PPV Consulting’. He was responsible for many structural projects in Italy and in 2005 he received the fi b ‘Diploma to Younger Engineers’ award in the design and construction category. He was involved in the vulnerability assessment of many buildings and, on behalf of the Public Prosecutor Offi ce, he investigated some of the most important collapses occurred in Italy in the last 15 years. In 1998 he received, from the Italian Minister of the Interior, the ‘Diploma of merit’ with medal for the service done in the seismic vulnerability assessment of buildings struck by the 1997 Umbria-Marche earthquake. He is author of more than 90 articles on structural engineering, referee of scientifi c international journals and member of scientifi c and technical Italian and International Commit-tees.

Robert T. Ratay, Ph.D., P.E., is a structural engineer in private practice and a Visiting Professor at Columbia University in New York,

where he developed and teaches the graduate course of Forensic Structural Engineering. His fi ve dec-ades of practice encompass design, failure analysis, and teaching. Dr. Ratay has been an expert con-sultant/witness on some 200 cases of structural problems. He is the editor of three books: Handbook of Temporary Structures in Construction, 3rd edition, Forensic Structural Engineering, 2nd edition, and Structural Condition Assessment; published numerous articles and lectured widely in the US and abroad on the subject of forensic structural engineering. Dr. Ratay is a Fellow of IABSE, and the founding Chair of its Working Group on Forensic Structural Engineering.

Karel Terwel (1975) studied Civil Engineering at Delft University of Technology (DUT) and graduated in 2001. From 2001 until

2007 he was working as a structural designer/ project leader at Zonneveld Engineers on complex struc-tural designs like two offi ce towers (height: 146m) for the government in The Hague (awarded Dutch concrete prize 2013) and the Palace for music in Utrecht. Since 2007 he has been a lecturer (from 2015: assistant professor) on structural design at DUT. In 2013 Terwel founded Coenraedt B.V. He is commit-ted to providing consultancy in investigations of structural failures, second opinions and structural risk management. He fi nished his PhD on infl uencing factors for structural safety in 2014. He is member of the Platform Structural Safety in the Netherlands, of IABSE’s WG8 Forensic Engineering and of the editorial advisory board of the ICE’s journal Forensic Engineering.

Lecturers’ Biographical Notes

37

Industry Session

Bentley Systems

Bentley Bridge Information Modelling – Solution for Bridge Information Mobility• Understanding Bridge Life Cycle

• Advanced Technology in Bridge Design and Analysis

• Re-using design data downstream in Fabrication, Construction, Operation & Maintenance

Short abstractThe Bentley bridge solution is the foundation for Bridge Information Mode-ling (BrIM), a new and innovative approach to bridge engineering and project delivery.

A bridge information model can be an information defi nition of the bridge asset, co-created by many people using an array of technology to answer broad-ranging needs. BrIM fosters the use of data beyond bridge design and engineering needs to inform downstream processes such as fabrication, con-struction, maintenance and inspection, benefi ting the entire bridge lifecycle and resulting in the development of new best-practices.

Date: Thursday September 24, 2015Time: 17:15-18:15Room: 5Speaker: Vanja Samec, BrIM Director/Global RM Bridge, Bentley Systems Austria

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We think a little differently.

Because at CH2M, we dream big.We take your most complex bridge and major crossings challenges. Turn them upside down and inside out. Solve them in ways nobody has thought of before. And help you achieve more than you imagined. Because we’re driven to make a difference on your project. And in our world.

Visit www.ch2m.com

© 2015 CH2M HILL TR0730151054DEN

www.ch2m.com

39

Technical Visits andWalking Tour

In addition to the exciting Technical Programme for the Geneva Conference, some excellent tours have been prepared. Bookings can be made at the registration desk.

Walking TourDate: Friday September 25, 2015Time: 16:00-18:30Departure: Conference Centre, CICGCost: CHF 25.00 per tour, per person

Tour ITour guide: Eugen Brühwiler

Existing structures as a source of inspiration for break-through structural engineering: Clarté House by Le Corbusier, Sicli Shell by Heinz Isler, Vessy Bridge by Robert Maillart.

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Technical Visit I:CERN

Date: Saturday, September 26, 2015Meeting point : Bâtiment 5, Route de Meyrin 385, 1217 Meyrin Cost: Cost: FREE / lunch and transportation at own costReservation: FULLY BOOKED

CERN is one of the world’s largest and most respected centers for scientifi c research. Its business is fundamental physics: fi nding out what the Universe is made of and how it works. At CERN, large and highly complex scientifi c instruments are used to study the basic constituents of matter: the funda-mental particles. By studying what happens when these particles collide, physicists further our understanding of the laws of Nature.

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Connecting people. Connecting communities.

www.ty l in.com

San Francisco-Oakland Bay Bridge New East Span Oakland, California, USA

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Technical Visit II: Mythical Bridges of South-East Switzerland

This Bridge Tour gives a concentrated impression of some of the most remarkable bridges in south-east Switzerland. In order to enjoy a full day within a scenic round trip through Landquart, Davos, Thusis and Chur stop-ping at 7 bridge sites, the transportation from Geneva to Sargans will take place already on Friday evening.

1. Salginatobel, SchiersInternational Historic Civil Engineering Landmark of ACSE, 1991. Built 1929 by Robert Maillart

2. Sunniberg, KlostersIABSE Outstanding Structure Award 2001Built in 1998 designed by Christian Menn.

3. Tamina, PfäfersLargest arch bridge in Switzerland and currently under construction.

4. TraversinaShort walk to the suspension pedestrian bridge overcoming the height difference of 22 m with 176 steps.

This tour kindly supported by T.Y. Lin

Date: Friday, 16:00, September 25, 2015 until Saturday, 21:00, September 26, 2015 Departure: Conference Centre, CICGTour guides: Kristian Schellenberger and Rolf MeichtryCost: CHF 400 /person incl. Lunch, Hotel and Transportation FULLY BOOKED

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5. Landwasserviaduct, Filisur

7. Rhinebridge Tamins

2. Sunniberg, Klosters

4. Traversina

6. Valtschiel, Donat

Organised by: The Swiss Group of IABSE

5. Landwasserviaduct, FilisurUNESCO World Heritage Site, 2008.The 136 m long stone viaduct of the Rhaetian Railway crosses the valley at 65 m height by means of 6 arches. Built in 1902 and renovated 2009.

6. Valtschiel, DonatWith 43.2 m span Robert Maillart’s largest bridge without hinge at the arch center built in 1924. It has been carefully repaired in 2013 and serves as pedestrian bridge, today.

7. Rhinebridge Tamins100 m concrete arch bridge built in 1962 and designed by Christian Menn.

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General Information

DATESAnnual Meetings: Sept. 20-22, 2015Pre-Conference Courses: Sept. 22, 2015Conference: Sept. 23-25, 2015

CONFERENCE VENUE AND LOCATIONThe Conference will be held at the International Confer-ence Centre Geneva (CICG) located near the United Nations and the airport, and only 10 minutes from the city centre on a convenient bus route.

International Conference Centre Geneva (CICG):17, Rue de Varembé1202 GenevaSwitzerland

How to get there:

From the main railway station “Gare Cornavin”:• Bus n° 5: stop “Vermont”• Bus n° 8: stop “UIT”• Tramway n° 13 and n° 15: stop “Nations”

From the international airport “Genève Cointrin”:• Bus n° 5: stop “Vermont”• Bus n° 28: stop “Nations”

REGISTRATION DESK OPENING HOURSTuesday, September 22, 2015 16:00 – 20:30Wednesday, September 23, 2015 07:30 – 19:15Thursday, September 24, 2015 08:00 – 17:30Friday, September 25, 2015 08:00 – 13:30

ONSITE REGISTRATIONOn-site prices:

• IABSE Member CHF 1,300• Non-member CHF 1,475• Young participants CHF 850• Student Day Registration CHF 150• IABSE Member Accompanying Person CHF 450• Non-member Accompanying Person CHF 525

Registration fees include:Conference Delegates:• Access to the Commercial Exhibition • Access to the Sessions • Conference Documents• Ice-Breaker Party• Welcome ReceptionAccompanying Persons:• Access to the Commercial Exhibition • Ice-Breaker Party• Welcome Reception

CONFERENCE ORGANISER MCI Suisse SA has been selected by IABSE as the offi cial confe rence organiser to process registrations, hotel reser-vations, exhibition and sponsorship. All correspondence should be sent to:

IABSE 2015c/o MCI Suisse SA 75, rue de Lyon1211 Geneva 13Switzerland

SPEAKERS PREVIEW ROOMThe Speakers Preview Room is located behind Room 1 on level 1 and is open at the following hours:Wednesday, September 23, 2015 07:30 – 19:15Thursday, September 24, 2015 07:30 – 18:00Friday, September 25, 2015 07:30 – 15:00

All speakers are requested to upload their presentation at least 2 hours before their session, or the day before for the early morning sessions.

CASH MACHINECash machines are available near the conference venue at the post offi ce or the UBS bank.

MOBILE PHONES AND PAGERSAs a courtesy to all meeting attendees and speakers, mobile phones, pagers and other electronic devices must be operated in silent or vibration mode during sessions. No mobile phone conversations are permitted during sessions.

CERTIFICATE OF ATTENDANCEA certifi cate of attendance is included in the Conference folder given to all duly registered participants.

Tel. +41 22 33 99 724Fax +41 22 33 99 651Email: [email protected]

45

CONFERENCE DOCUMENTS AND BADGESConference documents should be collected on-site at the regis-tration desk at the CICG. Name badges must be worn visibly at all times during the conference and in the exhibition area.

SOCIAL MEDIAIABSE has created dedicated Facebook and Twitter pages and an App to keep you updated on the latest conference news. Join us on Facebook and follow us on Twitter !

MOBILE APPGet all the information you need at your fi ngertips with the IABSE 2015 Mobile Application. It is available for free

Android iOS

GETTING AROUND IN GENEVA Geneva’s centre is small enough to walk around. Daily public transportation passes to get around the city by bus and tram are provided free of charge to Geneva hotel guests, as a courtesy of the Geneva Tourist Board.

INTERNET An internet corner is located in the exhibition area. Wi-Fi is also available in the conference venue.Wireless internet access is available to all participants in the conference venue. Access codes are as follows:Username: IABSE2015Password: mageba

LANGUAGE The offi cial conference language is English. No simultaneous interpretation will be provided.

SMOKING POLICYThe Conference venue is entirely non-smoking.

SURVEY / CONFERNCE EVALUATIONWe would be grateful if you could take a few minutes to answer an online survey that will be sent to you shortly after the confer-ence. Your valuable feedback will help us to improve the organi-sation and quality of the next IABSE Conference.

TRAVEL INSURANCEIt is recommended that participants obtain adequate cover for travel, health and accident insurance before they depart from their countries. IABSE 2015 and MCI as organisers cannot ac-cept responsibility for personal injuries, or loss of, or damage to, private property belonging to the delegates.

COFFEE BREAKS AND NETWORKINGComplimentary coffee and tea will be served in the exhibition area during offi cial coffee breaks.

Wednesday, 23 September 10:00 - 10:30 16:00 - 16:30Thursday, 24 September 10:00 - 10:30 15:00 - 15:30Friday, 25 September 10:00 - 10:30

A snack bar and restaurant is available in the conference centre.

GENEVAGeneva enjoys a worldwide reputation as a conference city; it embodies the creativity of science and technology, a vigorous business sector, and has a special cultural appeal with unmis-takable fl air and charm. Draped around the deep blue waters of Lac Léman, Geneva has grown wealthy and infl uential as the cultural and economic focus of French-speaking Switzerland. It is also an international city and home to many global institutions from the International Red Cross to the WHO! Information on Geneva is available at the registration area.

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Social Events

Cultural DinnerDate: Thursday, September 24, 2015Time: 19:30-22:30Place: Restaurant Edelweiss Place de la Navigation 2, 1201 GenèveCost: CHF 125

Suississime! Join us for networking in an authen-tic Swiss chalet in the heart of the city where Swiss cuisine is served in an unforgettable ambi-ance of Swiss folklore.During the dinner you will enjoy a show with na-tional musical instruments: accordion, Alphorn, Talerschwingen (music produced by a coin in a bowl), wooden spoons... and yodeling.

Gala DinnerDate: Thursday, September 24, 2015Time: 19:30-22:30Place: Restaurant du Parc des Eaux Vives Quai Gustave-Ador 82, 1207 GenevaCost: CHF 200

Join us for a classical Gala Dinner in the amazing Restaurant du Parc des Eaux-Vives.The restaurant is housed in a breathtaking, histori-cal 18th century building within the exceptionally beautiful Parc des Eaux-Vives, boasting a grand view of Lake Geneva.

Ice-Breaker PartyDate: Tuesday, September 22, 2015Place: Conference Venue

All registered participants are cordially invited to break the ice and meet with old and new friends from all over the world.

Welcome ReceptionDate: Wednesday, September 23Time: 18:15-20:30Place: Conference Venue

IABSE Awards Presentationby D.A. Nethercot, President of IABSE

· Honorary Membership· International Award of Merit in Structural Engineering· IABSE Prize· Outstanding Paper Award:· Outstanding Structure Award

Foundation Award Presentationby T. Zodan, Chair of the Foundation Council

· Anton Tedesko Medal

Welcome address by Dr-Eng. Serge Dal Busco, Government of Canton of Geneva

SEI Celebration25 years of SEI

ApéroConference delegates and awardees are cordially invited to meet with colleagues from around the world and enjoy a wonderful evening.

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Annual Meetings Schedule

September 20 (Sunday) Room

12:00 – 17:30 IABSE Annual Meetings Desk 13:00 – 17:00 Administrative Committee (1) Nolita OStrA Committee Sausalito A Foundation Council Sausalito B

September 21 (Monday) Room

08:00 – 17:30 IABSE Annual Meetings Desk 08:30 – 11:30 Technical Committee (1) 15 11:30 – 13:00 Lunch (at own cost) 13:30 – 17:00 Executive Committee 20 WC 1 Structural Performance, 14 Safety and Analysis** WC 2 Steel, Timber and 15 Composite Structures** WC 3 Concrete Structures** 16 WC 4 Conservation of Structures** 17 WC 5 Design Methods and Processes** 13 WC 6 Engineering Software and 7 Information Modeling** WC 7 Sustainable Engineering** 8 WC 8 FRP Structures** 1917:00 – 19:00 Bulletin Editorial Board 1518:30 – 20:30 Reception of the La Broche President of IABSE***

September 22 (Tuesday) Room

08:00 – 17:30 IABSE Annual Meetings Desk 08:15 – 11:30 SEI Editorial Board 1808:30 – 11:30 Technical Committee (2) 14 YEP Board** 19 E-Learning Board 7 Chairs National Groups 611:30 – 14:00 SEI Correspondents 18 11:30 – 13:00 Lunch (at own cost) 12:00 – 13:30 President’s Lunch Espace Léman (by invitation only)

12:00 – 14:30 SC Geneva 2015 15 SC Guangzhou 2016 11 SC Stockholm 2016 13 SC Vancouver 2017 (tba) 12 WG 4 Vibrations of Structures** 16 WG 5 Bearings and Joints** 17 WG 6 Bridge Construction Equipment** 7 WG 8 Forensic Structural Engineering** tba WG 9 Construction History** 1915:00 – 17:30 Permanent Committee 318:30 – 20:30 Ice-Breaker Party CICG-Terrace

September 23 (Wednesday) Room

Administrative Committee (2) tba

September 25 (Friday) Room

WG 7 Earthquake Resistant Structures** 8

Venues: On Sunday September 20, the meetings will be held at the Nv’Y hotel, 18, rue Richemont, CH-1202 Genève, Tel.+41-22-544 66 66.

As of Monday September 21, 2015 all annual meetings will be held at the CICG, Centre International de Conférences Genève, 17 rue de Varembé, 1211 Genève 20, Tel. +41-22-791 91 11

Coffee breaks are at 10:00 and 15:00hrs.

** Guests may attend, with prior consent from the Chair*** All annual meetings delegates and accompanying persons may attend.

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COWIParallelvej 22800 Kongens LyngbyDENMARKTel: +45 5640 00 00Fax: +45 5640 99 99

BENTLEYAm Eisernen Tor 1A-8010 GrazAUSTRIA

CH2M HILL9191 South Jamaica StEnglewood, CO., 80112,UNITED STATESTel: +1 720 286 2000

MagebaRoute de Montheron 8D1053 CugySwitzerland Tel: +41 21 7310710

TY Lin International345 California StreetSuite 2300 San FranciscoCA 94104USA

BG Consulting EngineersAvenue de Cour 61Case postale 2411001 LausanneSWITZERLAND

INGPHIRue Centrale 9bis1003 LausanneSWITZERLAND

Sponsors

Supporting Organisations

Federal Roads Offi ce (FEDRO)Mühlestrasse 2, IttigenCH-3003 BernSWITZERLANDTel: +41 58 462 94 11

SWISS GROUP OF IABSEc/o INGPHI SARue Centrale 9bis1003 LausanneSWITZERLANDTel: +41 21 310 77 88

SWISSSwiss International Air Lines Ltd.Customer ServiceP.O. Box 20138032 ZurichSWITZERLAND

Gold Sponsor

Silver Sponsors

Sponsors

Switzerland www.mageba.ch

REPUBLIQUE ET CANTON DE GENEVEDépartement présidentielService du protocoleRue de l’Hôtel-de-Ville 2Case postale 3964 - 1211 Genève 3SWITZERLANDTél.: +41 22 327 95 33

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ExhibitorsDuring the IABSE Conference, an attractive exhi-bition is presented to all delegates and accompa-nying persons. Coffee breaks will be served in the exhibition area.

EXHIBITION OPENING HOURS

Wednesday, September 23, 2015 09:30–17:15Thursday, September 24, 2015 09:30–16:00Friday, September 25, 2015 09:30–14:00

List of exhibitorsCompany Name Stand Number

Advitam 15Alp Transit BBR VT International Ltd 9Bentley Systems Austria GmbH 18Bridge design & engineering 11CRC Press/ Taylor & Francis Grooup 28DMT GmbH & Co. KG 14FATZER AG Structural Ropes 29HRC Europe 25Lusas 26Mageba SA 27Maurer AG 23Redaelli 19SOFiSTiK AG 22STRAINS 8TENSA 10

15 Advit

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23 Maurer28

CRC Press

27 Mageba

26 Lu

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25 HRC

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22 Sofi s

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HIGH PERFORMANCE REINFORCEMENT PRODUCTS


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BRIDGING THE GAPCOWI’s world leading bridge specialists provide state-of-the-art bridge

solutions. We have deep experience with all phases of large-scale

infrastructure projects, from initial planning and design to construction,

and we can offer a ‘one-stop-shop’ service.

The award-winning Køge Nord Station south of Copenhagen is

a visionary infrastructure project connecting high-speed

rail, conventional rail and highway traffic. The bridge

is a reflection of the urban development in the

area, dominated by innovation, creativity and

sustainable growth. This outstanding bridge

will become an iconic landmark.

The journey through the bridge space

is a unique experience which – in one

coherent movement – functionally

and aesthetically merges bridge,

station and transit area into one

unity enabling functional and

dynamic urban life.

We are proud to be the bridge

engineer for Køge Nord.

POWERING YOUR 360° SOLUTIONS

COWI is a leading consulting group that creates value for customers, people and society through our 360°

approach. We tackle challenges from many vantage points to create coherent solutions for our customers.

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Company Profi les

AdvitamEmail: [email protected]: +33 1 46 01 85 00Website: www.advitam-group.com

Advitam is a group of Civil, Structural and soft-ware engineers who’s focus revolves around risk management and decision support, integrating all relevant information from varying sources and medias, and making it centrally accessible. This focus combined with expertise in engineering principles and experience in information systems and instrumentation, results in solutions which provides the information needed to make the right decisions regarding maintenance, rehabilitation and replacement.

AlpTransit Gotthard AGEmail: [email protected]: +41 41 226 06 06Website: www.alptransit.ch

AlpTransit Gotthard Ltd is the constructor of the Gotthard axis of the New Rail Link through the Alps with base tunnels through the Gotthard and Ceneri. AlpTransit Gotthard Ltd is a wholly owned sub-sidiary of Swiss Federal Railways (SFR) with head-quarters in Lucerne and branch offi ces in Altdorf, Sedrun, Faido and Bellinzona.

BBR VT InternationalEmail: [email protected]: +41 79 866 4935Website: www.bbrnetwork.com

The BBR Network is recognized as the leading group of specialized engineering contractors in the fi eld of post-tensioning, stay cable, geotech-nical and construction engineering with over 70 years experience and presence in more than 50 countries around the world.

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Bentley Systems InternationalEmail: [email protected]: +49 89 9624320Website: www.bentley.com

Bentley Systems is the global leader dedicated to providing architects, engineers, geospatial profes-sionals, constructors, and owner-operators with comprehensive software solutions for advancing the design, construction, and operations of infra-structure. Bentley users leverage information mo-bility across disciplines and throughout the bridge lifecycle to deliver better-performing projects and assets. Bentley BrIM represents a synthesis of planning, engineering, design, construction, in-spection and maintenance.

BG Consulting EngineersEmail: [email protected]: +41 58 424 11 11Website: www.bg-21.com

BG Consulting Engineers is one of Switzerland's leading engineering companies. Founded in 1954, BG operates in Switzerland, France and Algeria, and provides support to its clients around the world. The knowledge and exceptional expertise of our 650 employees cover all aspects of sustain-able construction: • Infrastructure• Environment• Construction• Energy

Bridge design & engineeringEmail: [email protected]: +44 207 973 4698Website: www.bridgeweb.com

Bridge design & engineering (Bd&e) is exclusively dedicated to the international bridge industry. Now in its 20th year of publication, this high qual-ity, visually stunning quarterly magazine offers subscribers details of the latest innovations, tech-nical features, interviews and project reports. If you fi nance, plan, design, build, maintain, operate or own a bridge, you need Bd&e. To subscribe, email [email protected].

53

CH2MName: Mike GreenEmail: [email protected]: +44 1793 816 666Website: www.ch2m.com

CH2M’s bridge experts have worked on some of the longest cable–supported structures in the world, on both the owner and the construction side of the equation, serving as lead designer, technical advisor, independent design-checker and public-private partnership advisor. With extensive ex-perience on multispan viaducts, arch bridges, rail and highway bridges and foot bridges, we can help successfully deliver your signature structure.

COWIEmail: [email protected]: +45 56 40 00 00Website: www.cowi.com

POWERING YOUR 360° SOLUTIONSCOWI is a leading consulting group that creates value for customers, people and society through our unique 360° approach. Based on our world-class competencies within engineering, eco-nomics and environmental science, we tackle challenges from many vantage points to create coherent solutions for our customers.

CRC PressEmail: [email protected]: +44 (20) 701 76672Website: www.crcpress.com

Professional engineers will fi nd a wide range of authoritative books at Taylor and Francis, across the Spon Press, Balkema and CRC Press imprints. We publish current and practical UK and interna-tional guidance for civil engineers, and academ-ics and students, with considerable strengths in structural engineering – applied to bridges, build-ings and other structures.

DMTEmail: [email protected]: +49 234 957157 69Website: www.dmt-group.com

DMT is an international service provider and mem-ber of TÜV NORD GROUP. Our Rope Testing Center is an accredited Labora-tory for Non-Destructive and Destructive Testing. We carry out tests on international bridges and other cable structures (e.g. London Eye). Besides testing the free cable length with magnetic means we are able to inspect the end terminations of ca-bles with ultrasonic methods.

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FATZER AG Structural RopesEmail: [email protected]: +41 71 466 81 11Website: www.fatzer.com

FATZER specializes in the development, manufac-ture and global distribution of high-quality steel wire ropes for ropeways, winches, structural ap-plications and other applications. With a long his-tory of meeting specifi c market needs, Fatzer is recognized as a leading rope manufacturer.

HRC EuropeEmail: [email protected]: +47 32240470Website: www.hrc-europe.com

Headed Reinforcement Corp. (HRC) manufactures high performance reinforcement products, such as T-headed bars, mechanical couplers and steel-concrete connections. HRC-products anchor and transfer the full actual ductility of the reinforcing steel (real strength and strain), even under ex-treme loads - the very basis for a robust concrete structure!

INGPHI International LtdEmail: [email protected]: +41 21 310 77 88Website: www.ingphi.ch

INGPHI International Ltd. is a civil engineering consulting fi rm based in Switzerland that special-ises in bridges, b uildings and underground works.When planning and designing carrying structures, the fi rm places an emphasis on creative work. The fi rm follows a specifi c process that integrates all aspects related to program requirements, struc-tural safety, serviceability limit states, durability, site constraints, aesthetic considerations and en-vironmental impact into the creation of a compre-hensive structure that is both singular and unique: an ArtStructure. Since its formation in 2004, the fi rm has won nu-merous design competitions and has been in-volved in a range of different projects that have provided it with a wealth of experience in the de-sign and realisation of ArtStructures.

HIGH PERFORMANCE REINFORCEMENT PRODUCTS

55

LUSASEmail: [email protected]: +44 (0) 20 8541 1999 Website: www.lusas.com

Use LUSAS Bridge and LUSAS Civil & Structural software to analyse, design and assess all types of structures and investigate soil–structure interac-tion effects. Capabilities include seismic, dynamic, nonlinear, buckling, fatigue, staged construction modelling, concrete creep and shrinkage, heat of hydration, prestress/post-tensioning, cable tuning analysis, traffi c load optimisation, steel and com-posite deck design, and rail track-structure inter-action modelling.

Mageba SAEmail: [email protected]: +41 44 872 40 50Website: www.mageba-group.com

The Swiss company Mageba is one of the world’s leading suppliers of structural bearings, expansion joints and other high quality products and serv-ices for infrastructure and buildings. In the last 10 years, Mageba has also signifi cantly expanded its range of products and services relating to earth-quake protection and structural monitoring.

Maurer SAEmail: [email protected]: +49 89 32394 - 341Website: www.maurer.eu

The MAURER Group is a leading specialist in me-chanical engineering and steel construction with over 1,000 employees worldwide. The company is the market leader in the areas of structural protec-tion systems (bridge bearings, expansion joints, seismic devices). It also develops and produces professional roller coasters and ferris wheels as well as special structures in steelwork.


56

REDAELLI TECNA SPAEmail: [email protected]: +39 02 25307 425Website: www.redaelli.com

Redaelli is a leading international manufacturer of steel wire ropes.The Division Engineering of Redaelli offers com-plete technical solutions, design and production options on all tensional applications, becoming a global market leader.The major recent projects Redaelli involved in: Bridges: Storebælt (Denmark), Kafjord and Dals-fjord Bru (Norway), Bogagizi (Turkey), Botlek Lift (Denmark), Reutte Tybetan Type (Austria). Obser-vation wheels: London Eye, Las Vegas. Stadium Roofs: Athens, Warsaw, Vancouver, Porto Alegre, Brasilia, Salvador (World Cup 2014), Bursa and Krasnodar. Tensostructures: Khan Shatyr Enter-tainment Centre in Astana (Kazakhstan) – the tall-est tensostructure in the world.

SOFiSTiK AGEmail: info@sofi stik.comPhone: +49 (0)911 39901-0Website: www.sofi stik.com

The German company SOFiSTiK is one of the lead-ing European suppliers of structural analysis and BIM software and Autodesk® Industry Partner. Software solutions range from basic tools for more productive drafting to 3D analysis suites. SOFiSTiK’s Authorized Training Center BiMOTiON provides training and consulting for all aspects of implementing BIM-Workfl ows.

Stahlton AGEmail: [email protected] Phone: +41 (0)44 938 99 00Website: www.stahlton.ch

Stahlton a part of a privately owned group of companies produces, delivers, installs innovative products and offers a substantial service to engi-neers, architects, contractors and builders 'mer-chants· post tensioning tendons· geotechnical anchors· stay cables· strengthening of structures (laminates, column heads)· large product line of building elements

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STRAINSEmail: [email protected]: +33 1 45 81 72 52Website: www.strains.fr

strains provides sound structural expertise, based on innovative scientifi c calculation and ex-perience. Our involvement in software develop-ment gives the opportunity to create engineering knowledge in the fi eld of structural analysis. We permanently look for collaboration, inside and out-side our fi eld of expertise, to feed our work with new ideas.

TENSAEmail: [email protected]: +39 02 4300161Website: www.tensainternational.com

Tensacciai, now renamed TENSA, was founded in 1951 with headquarters in Milan, Italy.It is now active in over 50 countries with a direct presence in 14 countries. TENSA is a leader in stay cables, post-tensioning, anti-seismic devices, structural bearings and expansion joints.TENSA has extensive references and numerous certifi cations for its products worldwide

TYLIEmail: [email protected]: +1.415.291.3700Website: www.tylin.com

Founded in 1954, T.Y. Lin International is an inter-nationally recognized, multi-disciplined full-serv-ice infrastructure engineering fi rm committed to providing innovative, cost-effective, constructible designs for the global infrastructure market. With more than 2,500 employees working in offi ces throughout the Americas and Asia, the fi rm pro-vides support on projects of varying size and com-plexity. For more information about the company, please visit www.tylin.com.

www.iabse.org

goodbye