TSE Author Index 2004 - Institution of Structural Engineers · · 2013-06-20section impacts on reinforced concrete slabs [Technical note] ... W M G Advanced finite element reliability

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AA

Alexander, Stuart New approach to disproportionate 23/24 14collapse [Viewpoint]Safety in steelwork [Technical note] 15 25What does designing for safety mean in 15 13practice? [Viewpoint]

Algaard, William Assessing perforation limits of steel 23/24 20section impacts on reinforced concreteslabs [Technical note]

Allan, Andrew Designers in the hall of blame 15 28[Viewpoint]

Anderson, Kevin FEA of the biomechanics of porcine 12 20corneas

Armstrong, James Responsibility and regulation: ethics - 21 40value and reward

Au, F T K Effects of confinement on flexural 23/24 38strength and ductility design of HSconcrete beams

BB

Baddoo, Nancy Stainless steel in indoor swimming pool 9 24buildings [Technical note]

Bailey, Colin Structural fire design: core or 9 32specialist subject?

Beal, Alasdair A bit windy? Anomalies in BS6399-2 22 25[Viewpoint]Structural safety uncertainties in codes 15 35of practice for reinforced concrete[Correspondence]

Beale & Company Control of Asbestos at Work Regulations 15 142002 [Legal update]

Birchall, M J S Membrane material behaviour: concepts, 14 28practice and developmentsTensile fabric structures: concepts, 14 21practice and developments

Booth, Edmund Earthquake engineering research in the 16 14UK [Research update]Eurocode8 and its implications for 3 39UK-based structural engineers

Brady, Malcolm Royal Naval College 1 17

Breeze, Gordon Dynamic response of buildings to wind 12 28loads - comparing Eurocode prEN1991-1-1-4 with other current UK methods

Brereton, Allan Making your CPD return: a question of 6 15professional pride

Bridgens, B N Membrane material behaviour: concepts, 14 28practice and developmentsTensile fabric structures: concepts, 14 21practice and developments

Bright, S R Fatigue performance of laser-welded 21 31steel bridge decks

Brohn, David Understanding structural behaviour: a 7 18gap in the system [Viewpoint]

Brown, D W A system for invention [Technical note] 6 17

Brown, J D A system for invention [Technical note] 6 17

Brownjohn, James M W Long span steel pedestrian bridge at 16 21Singapore Changi Airport - part1:prediction of vibration serviceabilityproblemsLong span steel pedestrian bridge at 16 28Singapore Changi Airport - part2: crowdloading tests and vibration mitigationmeasures

Bull, Stuart Beijing Water Cube - the IT challenge 13 23

Bullman, Peter Exams preparation 2 13

Burden, Alan Three glass compression wall structures 10 27in Japan

Burgoyne, Chris Are structures being repaired 1 22unnecessarily?Structures have relevance to biomedical 4 13research [Research update]

Burnside, Jane Sharing imagination: educating designers 7 26of the future (the Imagine Programme)

Burr, Alan C Recent developments in the use of FRP 18 20anchors and masonry wall strengtheningtechniques [Research update]

Butterworth, N A new approach to specifying fire 19 34resistance periods

Byfield, M P Design of steel framed buildings at risk 22 31from terrorist attack

CC

Campbell, Peter Kenneth Severn 1918-2004 [Obituary] 9 8

Carpenter, John Competency in structural engineering 15 16design [Viewpoint]

Carstairs, Neil Bridging Hadrian’s Wall 5 17

Chan, Alex Shaft grouted friction barrette piles 20 32for a super high-rise building

Chan, C K Prebored friction mini-pile foundation 20 24for light rail grade separation

Chan, George Shaft grouted friction barrette piles 20 32for a super high-rise building

Chan, S T Recent field study on the behaviour of 20 19jacked piles

Chapman, Tim Achieving economy and reliability in 11 32piled foundation design for a buildingproject

Chau, S L Effects of confinement on flexural 23/24 38strength and ductility design of HSconcrete beams

Cheong, Lim Kim Designing slab for Mxy moments 8 36[Correspondence]

Chiari, Pelle Bouncing the checks 13 17

Chow, Rex N Pre-bored friction mini-pile foundation 20 24for light rail grade separation

Clambaneva, Stephan Technology innovation in the 3 23construction industry [Viewpoint]

Clancy, Brian Are ‘structural surveys’ proper 1 27engineering?

Concannon, Peter The new look DTI Business and Innovation 6 13Support [Research update]

Cossons, Neil Engineering a nation: celebrating the 8 25past [Maitland Lecture 2002]

Courage, W M G Advanced finite element reliability 13 33analysis

Crewe, A J IDEERS - Technical development of a 7 31design competition to inspire youngpeople

Cutler, Peter Stainless steel in indoor swimming pool 9 24buildings [Technical note]

DD

Dadswell, Doug The Tusenfryd Thundercoaster 17 30

Daniell, W E IDEERS - Technical development of a 7 31design competition to inspire youngpeople

Desai, Satish Flexure and shear in reinforced concrete 23/24 25members [Technical note]Fragile roofs: problems and potential 4 20solutions [Viewpoint]Tectonics in structural engineering 16 16[Viewpoint]

Downing, Steve Beijing Water Cube - the IT challenge 13 23

EE

Eatherley, Michael Royal Naval College 1 17

El-Sheikh, Ahmed FEA of the biomechanics of porcine 12 20corneas

Ellicott, Graham What’s new in the fire world? 19 20

Ellis, B R Loads generated by jumping crowds: 17 35numerical modelling

Ellison, Sean Behaviour of blind bolted connections to 22 16concrete filled hollow sections [ModelAnalysis Award]

English, C A new approach to specifying fire 19 34resistance periods

FF

Fan, Patrick Designing slab for Mxy moments 14 36[Correspondence]

Farmer, Ian Fitting an ellipse into a triangle 11 20

Feltham, Ian Shear in reinforced concrete piles and 11 27

circular columns

Fernandez de Retana, The strength of cast iron columns and 2 18Eduardo Aja the research work of Eaton Hodgkinson

(1789-1861)

Fok, Paul Long span steel pedestrian bridge at 16 21Singapore Changi Airport – part 1:prediction of vibration serviceabilityproblemsLong span steel pedestrian bridge at 16 28Singapore Changi Airport – part 2: crowdloading tests and vibration mitigationmeasures

Fordyce, Mike Structural engineering - a passport to 19 22travel [Presidential address]

Fox, Tim Using advanced engineering analysis in 3 20the design of concrete structures[Technical note]

Fung, W K Assessment of load carrying capacity of 20 28driven piles - a practical approach

Furneaux, Christopher Structural integrity monitoring by 4 25global positioning systems [ModelAnalysis Award]

GG

Gardner, L Structural stainless steel design: a new 21 21approach

Gilbertson, Alan Management of structures: aspirations 22 14and reality [Management of StructuresStudy Group colloqium]The Management of Structures Study Group 3 13

Gordon, Stuart R Observations on the grillage analysis of 3 35slabs

Gosling, P D Membrane material behaviour: concepts, 14 28practice and developmentsTensile fabric structures: concepts, 14 21practice and developments

HH

Hall, Sarah The behaviour of hollow section 4 22connections under seismic loading [ModelAnalysis Award]

Harris, Richard 21st Century timber engineering - the 23/24 52age of enlightenment for timber design:part 1: an introduction to timberSustainability into reality: responsible 17 24use of timber [Technical update]

Harvey, Bill Skew arch behaviour [Viewpoint] 5 13

Hasle, Ronan Shaft grouted friction barrette piles 20 32for a super high-rise building

Hill, Iain G Construction of the City of Manchester 2 24Stadium roof

Hislop, Patrick Round pole construction: a traditional 17 21approach for the future [Technical note]

Holt, D A Design for laps for deformed bars in 18 32concrete under bentonite and polymerdrilling fluids

Hulme, Paul Design and construction of Terminal 5 18 25roof

Humphrey, Arthur T Structural engineering modelling and 3 28analysis [Technical note]

Hussain, Naeem Design of the Medway Viaduct 5 31

I

IStructE Implementation of the structural 15 21Eurocodes

IStructE Building Control of Asbestos at Work Regulations 15 14Legislation Panel 2002 [Legal update]

Izatt, Conrad Assessing perforation limits of steel 23/24 20section impacts on reinforced concreteslabs [Technical note]

JJ

Jackson, Paul Bann River bridge: radical surgery 5 25

Jenkins, W M Structural design optimisation by 13 29evolution

Jeremiah, Keith Building regs. - approved doc A 20 37

Ji, T Loads generated by jumping crowds: 17 35numerical modelling

Jones, A E K Design for laps for deformed bars in 18 32concrete under bentonite and polymerdrilling fluids

Jones, Tony Developments in post-tensioned flat 10 23slabs [Research update]

KK

Kirby, B R A new approach to specifying fire 19 34resistance periodsCalibration of Eurocode1: actions on 19 38structures - part 1.2: actions onstructures exposed to fire

Kirk, Martin Design of the Medway Viaduct 5 31

Knowles, Roger Lessons for credit terms [Legal column] 4 10

Kotsovos, M D Towards a more rational approach for 23/24 33assessing and rating concrete bridges

Krom, A H M Advanced finite element reliability 13 33Analysis

Kwan, A K H Effects of confinement on flexural 23/24 38strength and ductility design of HSconcrete beams

LL

Lam, Kelvin Shaft grouted friction barrette piles 20 32for a super high-rise building

Lau, Ringo Shaft grouted friction barrette piles 20 32for a super high-rise building

Law, C W Shaft grouted friction barrette piles 20 32for a super high-rise building

Lee, P K K Recent field study on the behaviour of 20 19jacked piles

Lennon, Tom Fire safety of concrete structures 6 22[Technical note]

Lui, James Shaft grouted friction barrette piles 20 32for a super high-rise building

Lyle, John Assessing perforation limits of steel 23/24 20section impacts on reinforced concrete

slabs [Technical note]

Lyons, Kevin The Optimum Sports Hall: a benchmark for 9 20the future

MM

Mahdi, A A Towards a more rational approach for 23/24 33assessing and rating concrete bridges

Mak, Joseph Y W Hong Kong Division special issue 20 14[Introduction]

Mann, Allan The Tusenfryd Thundercoaster 17 30

Marcetteau, Alain Achieving economy and reliability in 11 32piled foundation design for a buildingproject

Mattholie, Robert The effect of foundation rocking on 12 16structural response [Model AnalysisAward]

May, Ian M Observations on the grillage analysis of 3 35slabsThe changing roles of structural 19 27engineers in society: report of astrategic survey [Summary]

McCarthy, C B Comalco alumina refinery - large project 6 27development in the central Queenslandregion of Australia

McKechnie, Steve Design and construction of Terminal 5 18 25roof

McNamara, A M The influence of enhanced excavation 4 30base stiffness on prop loads and groundmovements during basement construction

McQuillan, Don Bann River bridge: radical surgery 5 25

Mettem, Christopher Timber bridge revival [Technical note] 10 18

Mitchell, Dervilla Design and construction of Terminal 5 18 25roof

Moss, Richard EC2 and BS8110 compared 6 33

Mottram, Toby Fibre reinforced polymer composites in 14 13structural engineering [Research update]

Moyo, Pilate Long span steel pedestrian bridge at 16 21Singapore Changi Airport – part 1:prediction of vibration serviceabilityproblems

NN

Neocleous, Kyriacos Structural safety uncertainties in codes 8 28of practice for reinforced concrete

Nethercot, David Structural stainless steel design: a new 21 21approachThe President’s year in perspective 18 14

Neville, Adam Relevance of litigation to the 19 10structural engineer [Viewpoint]

Newman, G M A new approach to specifying fire 19 34resistance periods

Newson, Timothy FEA of the biomechanics of porcine 12 20corneas

00

Omenzetter, Piotr Long span steel pedestrian bridge at 16 28

Singapore Changi Airport – part 2: crowdloading tests and vibration mitigationmeasures

Owens, Graham The changing roles of structural 19 27engineers in society: report of astrategic survey [Summary]

PP

Pagan, J A new approach to specifying fire 19 34resistance periods

Pavlovic, M N Towards a more rational approach for 23/24 33assessing and rating concrete bridges

Peelen, W H A Advanced finite element reliability 13 33analysisDurability assessment of concrete sheet 3 25piling in the ‘De Betuweroute’ railwayline [Technical note]

Pepper, Mike Expert evidence guide 9 10

Phillips, David Design of the Medway Viaduct 5 31

Pickard, Alastair The effect of foundation rocking on 12 16structural response [Model AnalysisAward]

Pilakoutas, Kypros Structural safety uncertainties in codes 8 28of practice for reinforced concrete

Polder, R B Durability assessment of concrete sheet 3 25piling in the ‘De Betuweroute’ railwayline [Technical note]

Pope, Roger A steel-framed hotel on the River Thames 9 27

Pritchett, Ian The modern face of lime [Viewpoint] 8 13

RR

Rathbone, Alan J Second order analysis of 3D structures 21 15[Technical note]

Robinson, Clive Structural building information 13 20modelling [Technical note]

Roche, Mark Long span steel pedestrian bridge at 16 21Singapore Changi Airport – part 1:prediction of vibration serviceabilityproblemsLong span steel pedestrian bridge at 16 28Singapore Changi Airport - part2: crowdloading tests and vibration mitigationmeasures

Rolfe, J M An alternative mathematical framework 23/24 45for structural theory

SS

Sellors, G Demolition of Bernard House, Piccadilly 2 30Plaza, Manchester - January to July 2001

Sims, Paul EC1: Part 1.1: Densities, self-weight, 2 10imposed loads for buildings [Technicalnote]

Skinner, Hilary How can geotechnics address 11 18sustainability?

Skipp, Bryan Eurocode8 and its implications for 3 39UK-based structural engineers

Smith, Andrew Paddington station - design and 14 15construction, 1850-1855 [Report: HistoryStudy Group]

Smith, J W Fatigue performance of laser-welded 21 31steel bridge decks

Srinivasan, Seshadri Design and construction of modern 10 31concrete bridges

Stagg, Bob Are ‘structural surveys’ proper 1 27engineering?

Stansfield, Kathy A new President - on the far side of the 18 16world [Interview]From research to reality [Young 7 14Researcher’s Conference]Gatwick Passenger Bridge will be a 12 14planespotter’s paradiseSwiss Re sets the agenda for future 10 14high-rise buildingsThe man who loves bridges [profile of 5 20David Harvey]Working with 3D models: keeping it 21 14simple

Subedi, Nutan Research at Dundee and Strathclyde 1 13Universities [Research update]The plight of research in structural 7 16engineering [Viewpoint]

Sulman, David Preserving confidence [Technical note] 17 13

Swailes, Thomas The strength of cast iron columns and 2 18the research work of Eaton Hodgkinson(1789-1861)

Szczerbicki, Jason An advanced polymer composite and 16 12concrete slab system [Young researcher]

TT

Talbot, Roger The changing roles of structural 19 27engineers in society: report of astrategic survey [Summary]

Tam, Joseph Y C Prebored friction mini-pile foundation 20 24for light rail grade separation

Taylor, R N The influence of enhanced excavation 4 30base stiffness on prop loads and groundmovements during basement construction

Tham, L G Recent field study on the behaviour of 20 19jacked piles

Thepaut, Remi Round pole construction: a traditional 17 21approach for the future [Technical note]

Thind, Gursharan Design and construction of Terminal 5 18 25roof

Thoday, John Demolition - assessing the risks and 15 19planning for safety

Thorburn, Sam Countdown to changes in the Scottish 18 13Building Regulations [Briefing note]

Tizani, Walid Behaviour of blind bolted connections to 22 16concrete filled hollow sections [ModelAnalysis Award]

Train, Norman Athens Olympics: the race for completion 9 14[Viewpoint]

Tsang, Alfred H K Prebored friction mini-pile foundation 20 24for light rail grade separation

VV

Van Niekerk, Rooies Kouga Cultural Centre: a lesson in 8 15

sustainability

Vaughan, Derek What’s in a (website) name? 13 19

WW

Waldron, Peter Structural safety uncertainties in codes 8 28of practice for reinforced concrete

Webster, Rod EC2 and BS8110 compared 6 33

Westbury, Paul S The value of innovation 1 33

Wilson, Bob Conceptual design [Viewpoint] 4 17

Wong, C T Assessment of load carrying capacity of 20 28driven piles - a practical approach

Wong, M K Assessment of load carrying capacity of 20 28driven piles - a practical approach

YY

Yang, J Recent field study on the behaviour of 20 19jacked piles

Yin, K K Shaft grouted friction barrette piles 20 32for a super high-rise building

Yu, F Recent field study on the behaviour of 20 19jacked piles

SSuubbjjeecctt IInnddeexx

Title Issue Page

A

Accidents

Designers in the hall of blame [Viewpoint] 15 28

Algorithms

Structural design optimisation by evolution 13 29

Anchors

Recent developments in the use of FRP anchors and masonry wall 18 20strengthening techniques [Research update]

Appraising

Are structures being repaired unnecessarily? 1 22Conserving timber [Report] 17 17

Arbitration

Relevance of litigation to the structural engineer [Viewpoint] 19 10

Arches

Skew arch behaviour [Viewpoint] 5 13

Architecture

Relationship between structural engineering and architecture: the 7 21benefits [Education Trust: Essay Prize]Sharing imagination: educating designers of the future (the Imagine 7 26Programme)Tectonics in structural engineering [Viewpoint] 16 16

Arsenal Football Club, London

Fitting an ellipse into a triangle 11 20

Asbestos

Control of Asbestos at Work Regulations 2002 [Legal update] 15 14

Athens, Greece

Athens Olympics: the race for completion [Viewpoint] 9 14

Awards

HKIE/IStructE Joint Structural Division special awards 2004 20 16

BB

Bann River Bridge, Northern Ireland

Bann River bridge: radical surgery 5 25

Barrettes

Shaft grouted friction barrette piles for a super high-rise building 20 32

Barriers

Design of the Medway Viaduct 5 31Basements

The influence of enhanced excavation base stiffness on prop loads and 4 30movements during basement construction

BD44/95

Towards a more rational approach for assessing and rating concrete 23/24 33bridges

Beams

Effects of confinement on flexural strength and ductility design of HS 23/24 38concrete beamsSafety in steelwork [Technical note] 15 25

Bending moments

Designing slab for Mxy moments [Correspondence] 14 36Designing slab for Mxy moments [Correspondence] 8 36

Bending strength

Effects of confinement on flexural strength and ductility design of HS 23/24 38concrete beams

Bentonite

Design for laps for deformed bars in concrete under bentonite and 18 32and polymer drilling fluids

Biographies

A new President - on the far side of the world [Interview] 18 16Structural engineering - a passport to travel [Presidential address] 19 22The man who loves bridges [profile of David Harvey] 5 20

Biology

Structures have relevance to biomedical research [Research update] 4 13

Biomechanics

FEA of the biomechanics of porcine corneas 12 20

Blast loading

Design of steel framed buildings at risk from terrorist attack 22 31Recent developments in the use of FRP anchors and masonry wall 18 20strengthening techniques [Research update]

Bolts

Behaviour of blind bolted connections to concrete filled hollow sections 22 16[Model analysis award]

Bridges

Bann River bridge: radical surgery 5 25Bridging Hadrian’s Wall 5 17Design and construction of modern concrete bridges 10 31Fatigue performance of laser-welded steel bridge decks 21 31Gatwick Passenger Bridge will be a planespotter’s paradise 12 14 HKIE/IStructE Joint Structural Division special awards 2004 20 16Long span steel pedestrian bridge at Singapore Changi Airport – Part 1: 16 21prediction of vibration serviceability problemsLong span steel pedestrian bridge at Singapore Changi Airport – Part 2: 16 28crowd loading tests and vibration mitigation measuresPaddington station - design and construction, 1850-1855 [Report: History 14 15Study Group]

Skew arch behaviour [Viewpoint] 5 13Tackling the complexities of refurbishment 12 18The man who loves bridges [profile of David Harvey] 5 20Timber bridge revival [Technical note] 10 18Towards a more rational approach for assessing and rating concrete bridges 23/24 33

Brunel, I K

Engineering a nation: celebrating the past [Maitland Lecture 2002] 8 25Paddington station - design and construction, 1850-1855 [Report: History 14 15Study Group]

BS5531

Safety in steelwork [Technical note] 15 25

BS5950

Second order analysis of 3D structures [Technical note] 21 15

BS6399

A bit windy? Anomalies in BS6399-2 [Viewpoint] 22 25Dynamic response of buildings to wind loads – comparing Eurocode 12 28prEN1991-1-1-4 with other current UK methodsFragile roofs: problems and potential solutions [Viewpoint] 4 20

BS8110

EC2 and BS8110 compared 6 33Effects of confinement on flexural strength and ductility design of HS 23/24 38concrete beamsFire safety of concrete structures [Technical note] 6 22Shear in reinforced concrete piles and circular columns 11 27Structural safety uncertainties in codes of practice for reinforced 8 28concrete

Building Regulations

Building regs - approved doc A 20 37

Countdown to changes in the Scottish Building Regulations [Briefing note] 18 13New approach to disproportionate collapse [Viewpoint] 23/24 14

Buildings

A new approach to specifying fire resistance periods 19 34Are ‘structural surveys’ proper engineering? 1 27Are ‘structural surveys’ proper engineering? [Discussion] 12 34Control of Asbestos at Work Regulations 2002 [Legal update] 15 14Dynamic response of buildings to wind loads – comparing Eurocode 12 28prEN1991-1-1-4 with other current UK methodsEliminating design faults in buildings [Technical note] 13 14New approach to disproportionate collapse [Viewpoint] 23/24 14Structural building information modelling [Technical note] 13 20Structural fire design: core or specialist subject? 9 32Technology innovation in the construction industry [Viewpoint] 3 23Three glass compression wall structures in Japan 10 27What’s new in the fire world? 19 20

Business

The new look DTI Business and Innovation Support [Research update] 6 13The value of innovation 1 33The value of innovation [Discussion] 8 34What’s in a (website) name? 13 19

CC

CAD

Facing the T5 challenge 3 14Working with 3D models: keeping it simple 21 14

Calibrating

Calibration of Eurocode1: actions on structures – part 1.2: actions 19 38on structures exposed to fireEC1: Part 1.1: Densities, self-weight, imposed loads for buildings 2 10[Technical note]

Canal bridges

Paddington station - design and construction, 1850-1855 [Report: History 14 15Study Group]

Canopies

Tensile fabric structures: concepts, practice and developments 14 21

Capacity

Assessment of load carrying capacity of driven piles – a practical 20 28approachShaft grouted friction barrette piles for a super high-rise building 20 32Towards a more rational approach for assessing and rating concrete 23/24 33bridges

Carbon dioxide

The modern face of lime [Viewpoint] 8 13

Case studies

Building safer road tunnels [Technical note] 19 17Design and construction of modern concrete bridges 10 31Fit for the future [Report] 17 18How can geotechnics address sustainability? 11 18Responsibility and regulation: ethics – value and reward 21 40The value of innovation 1 33The man who loves bridges [profile of David Harvey] 5 20

Cast iron

The strength of cast iron columns and the research work of Eaton 2 18Hodgkinson (1789-1861)

Catenaries

Construction of the City of Manchester Stadium roof 2 24

CDM

Demolition - assessing the risks and planning for safety 15 19Designers in the hall of blame [Viewpoint] 15 28Risk and liability for the professional engineer: a legal perspective 15 34[Discussion]

Central Artery Tunnel Project, Boston, USA

Boston ‘Big Dig’ Central Artery tunnel jacking paper [Discussion] 2 35

Certification

Countdown to changes in the Scottish Building Regulations [Briefing note] 18 13Sustainability into reality: responsible use of timber [Technical update] 17 24

CFRP

An advanced polymer composite and concrete slab system [Young researcher] 16 12

Changi Mezzanine Bridge, Changi Airport, Singapore

Long span steel pedestrian bridge at Singapore Changi Airport – part 1: 16 21prediction of vibration serviceability problemsLong span steel pedestrian bridge at Singapore Changi Airport – part 2: 16 28crowd loading tests and vibration mitigation measures

Channel Tunnel Rail Link

Design of the Medway Viaduct 5 31

Chebyshev polynomials

An alternative mathematical framework for structural theory 23/24 45

Checking

Are structures being repaired unnecessarily? 1 22Bouncing the checks 13 17Competency in structural engineering design [Viewpoint] 15 16

Codes of practice

A new approach to specifying fire resistance periods 19 34Competency in structural engineering design [Viewpoint] 15 16Fire safety of concrete structures [Technical note] 6 22Flexure and shear in reinforced concrete members [Technical note] 23/24 25High alumina cement [Correspondence] 14 36Should high-alumina cement be re-introduced into design codes? 10 38[Discussion]Structural stainless steel design: a new approach 21 21

Collapse

Fire safety of concrete structures [Correspondence] 19 31New approach to disproportionate collapse [Viewpoint] 23/24 14

Columns

New approach to disproportionate collapse [Viewpoint] 23/24 14Safety in steelwork [Technical note] 15 25

Shear in reinforced concrete piles and circular columns 11 27The strength of cast iron columns and the research work of Eaton 2 18Hodgkinson (1789-1861)

Comalco Alumina Refinery, Queensland, Australia

Comalco alumina refinery - large project development in the central 6 27Queensland region of AustraliaComalco alumina refinery - large project development of the central 17 43Queensland region [Discussion]

Competence

Competency in structural engineering design [Viewpoint] 15 16

Competitions

IDEERS - Technical development of a design competition to inspire 7 31young people

Composites

A steel-framed hotel on the River Thames 9 27An advanced polymer composite and concrete slab system [Young Researcher] 16 12Fibre reinforced polymer composites in structural engineering [Research 14 13update]Research at Dundee and Strathclyde Universities [Research update] 1 13

Computers

Structural design optimisation by evolution 13 29Tectonics in structural engineering [Viewpoint] 16 16Understanding structural behaviour: a gap in the system [Viewpoint] 7 18

Concrete

An advanced polymer composite and concrete slab system [Young Researcher] 16 12Behaviour of blind bolted connections to concrete filled hollow sections 22 16[Model Analysis Award]Building safer road tunnels [Technical note] 19 17Design and construction of modern concrete bridges 10 31Design for laps for deformed bars in concrete under bentonite and polymer 18 32drilling fluidsDevelopments in post-tensioned flat slabs [Research update] 10 23Durability assessment of concrete sheet piling in the ‘De Betuweroute’ 3 25railway line [Technical note]Effects of confinement on flexural strength and ductility design of HS 23/24 38concrete beamsEC2 and BS8110 compared 6 33Fire safety of concrete structures [Technical note] 6 22Fire safety of concrete structures [Correspondence] 19 31Towards a more rational approach for assessing and rating concrete bridges 23/24 33

Conference centres

A cruck-frame building for the 21st century 17 20

Conferences

From research to reality [Young Researcher’s Conference] 7 14

Connections

Behaviour of blind bolted connections to concrete filled hollow sections 22 16[Model Analysis Award]The behaviour of hollow section connections under seismic loading [Model 4 22Analysis Award]

Construction industry


Lessons for credit terms [Legal column] 4 10Relevance of litigation to the structural engineer [Viewpoint] 19 10The changing roles of structural engineers in society: report of a 19 27strategic survey [Summary]What does designing for safety mean in practice [Viewpoint] 15 13

Construction work

A cruck-frame building for the 21st century 17 20A steel-framed hotel on the River Thames 9 27Athens Olympics: the race for completion [Viewpoint] 9 14Bridging Hadrian’s Wall 5 17Comalco alumina refinery - large project development in the central 6 27development in the central Queensland region of AustraliaComalco alumina refinery - large project development of the central 17 43Queensland region [Discussion]Construction of the City of Manchester Stadium roof 2 24Design and construction of Terminal 5 roof 18 25Design and construction of modern concrete bridges 10 31Fragile roofs: problems and potential solutions [Correspondence] 22 18Fragile roofs: problems and potential solutions [Viewpoint] 4 20Gatwick Passenger Bridge will be a planespotter’s paradise 12 14Paddington station - design and construction, 1850-1855 [Report: History 14 15Study Group]Prebored friction mini-pile foundation for light rail grade separation 20 24Round pole construction: a traditional approach for the future [Technical 17 21note]The Tusenfryd Thundercoaster 17 30

Contractors

Control of Asbestos at Work Regulations 2002 [Legal update] 15 14

Contracts

Risk and liability for the professional engineer: a legal perspective 15 34[Discussion]What does designing for safety mean in practice? [Viewpoint] 15 13

Corrosion

Stainless steel in indoor swimming pool buildings [Technical note] 9 24

Costs

Achieving economy and reliability in piled foundation design for a 11 32building project

CP3

A bit windy? Anomalies in BS6399-2 [Viewpoint] 22 25

CPD

Competency in structural engineering design [Viewpoint] 15 16Making your CPD return: a question of professional pride 6 15Tectonics in structural engineering [Viewpoint] 16 16

Crowds

Loads generated by jumping crowds: numerical modelling 17 35Long span steel pedestrian bridge at Singapore Changi Airport – part 2: 16 28crowd loading tests and vibration mitigation measures

Crucks


DD

Dalton Park, Murton, County Durham


Damping

Long span steel pedestrian bridge at Singapore Changi Airport – part 2: 16 28crowd loading tests and vibration mitigation measures

Databases

Eliminating design faults in buildings [Technical note] 13 14

DD9999

A New approach to specifying fire resistance periods 19 34

Decks

Safety in steelwork [Technical note] 15 25Towards a more rational approach for assessing and rating concrete 23/24 33bridges

Demolition

Demolition of Bernard House, Piccadilly Plaza, Manchester – January to 2 30July 2001Demolition - assessing the risks and planning for safety 15 19

Department Of Trade And Industry

The new look DTI Business and Innovation Support [Research update] 6 13

Design

21st Century timber engineering – the age of enlightenment for timber 23/24 52age of enlightenment for timber design: part 1: an introduction to timberAchieving economy and reliability in piled foundation design for a 11 32building projectBeijing Water Cube - the IT challenge 13 23Bouncing the checks 13 17Competency in structural engineering design [Viewpoint] 15 16Conceptual design [Viewpoint] 4 17Design and construction of Terminal 5 roof 18 25Design and construction of modern concrete bridges 10 31Design for laps for deformed bars in concrete under bentonite and polymer 18 32drilling fluidsDesign of steel framed buildings at risk from terrorist attack 22 31Design of the Medway Viaduct 5 31Designing slab for Mxy moments [Correspondence] 14 36Designing slab for Mxy moments [Correspondence] 8 36Eliminating design faults in buildings [Technical note] 13 14HKIE/IStructE Joint Structural Division special awards 2004 20 16IDEERS - Technical development of a design competition to inspire young 7 31peoplePaddington station - design and construction, 1850-1855 [Report: 14 15History Study Group]Sharing imagination: educating designers of the future (the Imagine 7 26Programme)Structural design optimisation by evolution 13 29Structural fire design: core or specialist subject? 9 32Structural stainless steel design: a new approach 21 21Technology innovation in the construction industry [Viewpoint] 3 23What does designing for safety mean in practice? [Viewpoint] 15 13What’s in a (website) name? 13 19

Designers


Domestic Finishing Mill, Anchor Mills, Paisley, Scotland

The Domestic Finishing Mill, Anchor Mills, Paisley 1 14

Drilling

Design for laps for deformed bars in concrete under bentonite and polymer 18 32drilling fluids

Dublin Port Tunnel, Ireland

Building safer road tunnels [Technical note] 19 17

Ductility

Effects of confinement on flexural strength and ductility design of HS 23/24 38concrete beams

Durability

Durability assessment of concrete sheet piling in the ‘De Betuweroute’ 3 25railway line [Technical note]

Dynamic loads

Dynamic response of buildings to wind loads – comparing Eurocode 12 28prEN1991-1-1-4 with other current UK methodsLoads generated by jumping crowds: numerical modelling 17 35

EE

Earth structures

Kouga Cultural Centre: a lesson in sustainability 8 15

Earthquake engineering

Earthquake engineering research in the UK [Research update] 16 14IDEERS - Technical development of a design competition to inspire young 7 31people

Earthquake resistance

Eurocode 8 and its implications for UK based structural engineers [Discussion] 14 34Eurocode 8 and its implications for UK based structural engineers 3 39The behaviour of hollow section connections under seismic loading [Model 4 22Analysis Award]The effect of foundation rocking on structural response [Model Analysis 12 16Award]

Education

Tectonics in structural engineering [Viewpoint] 16 16

EEFIT

Earthquake engineering research in the UK [Research update] 16 14

Eisteddfod Festival, Wales

Fit for the future [Report] 17 18

EN1991

New approach to disproportionate collapse [Viewpoint] 23/24 14

Engineering

A system for invention [Technical note] 6 17Are ‘structural surveys’ proper engineering? 1 27Engineering a nation: celebrating the past [Maitland Lecture 2002] 8 25

Engineering And Physical Sciences Research Council

The plight of research in structural engineering [Viewpoint] 7 16

Engineers

Responsibility and regulation: ethics – value and reward 21 40Risk and liability for the professional engineer: a legal perspective 15 34[Discussion]

Ethics

Responsibility and regulation: ethics – value and reward 21 40

Eurocode 1

Calibration of Eurocode1: actions on structures – part 1.2: actions on 19 38structures exposed to fireDynamic response of buildings to wind loads – comparing Eurocode 12 28prEN1991-1-1-4 with other current UK methodsEC1: Part 1.1: Densities, self-weight, imposed loads for buildings 2 10[Technical note]Structural safety uncertainties in codes of practice for reinforced 15 35concrete [Correspondence]

Eurocode 2

EC2 and BS8110 compared 6 33Structural safety uncertainties in codes of practice for reinforced 8 28 concrete

Eurocode 8

Eurocode 8 and its implications for UK based structural engineers [Discussion] 14 34Eurocode 8 and its implications for UK based structural engineers 3 39

Eurocodes

Implementation of the structural Eurocodes 15 21

Excavations

The influence of enhanced excavation base stiffness on prop loads and 4 30ground movements during basement construction

Expert witnesses

Expert evidence guide 9 10 Relevance of litigation to the structural engineer [Viewpoint] 19 10

Eyes


FF

Fabrics

Membrane material behaviour: concepts, practice and developments 14 28Tensile fabric structures: concepts, practice and developments 14 21

Facades

Three glass compression wall structures in Japan 10 27

Fasehun, Ebenezer Olawale Oladapo

E O O Fasehun 1925-2004 [Obituary] 9 8

Fatigue

Fatigue performance of laser-welded steel bridge decks 21 31

Finite Element Analysis

Advanced finite element reliability analysis 13 33Assessing perforation limits of steel section impacts on reinforced 23/24 20 concrete slabs [Technical note]FEA of the biomechanics of porcine corneas 12 20Using advanced engineering analysis in the design of concrete structures 3 20[Technical note]Structural engineering modelling and analysis [Technical note] 3 28

Fire Engineering

A new approach to specifying fire resisance periods 19 34Advanced finite element reliability analysis 13 33Building safer road tunnels [Technical note] 19 17Calibration of Eurocode1: actions on structures – part 1.2: actions on 19 38structures exposed to fireFire safety of concrete structures [Correspondence] 19 31Fire safety of concrete structures [Technical note] 6 22Structural fire design: core or specialist subject? 9 32The Domestic Finishing Mill, Anchor Mills, Paisley 1 14What’s new in the fire world? 19 20

Floors

A steel-framed hotel on the River Thames 9 27Safety in steelwork [Technical note] 15 25

Fluids


Fordyce, Mike

A new President - on the far side of the world [Interview] 18 16Structural engineering - a passport to travel [Presidential address] 19 22

Foundations

Achieving economy and reliability in piled foundation design for a 11 32building projectShaft grouted friction barrette piles for a super high-rise building 20 32The Effect of foundation rocking on structural response [Model Analysis 12 16Award]

Frames

A steel-framed hotel on the River Thames 9 27Design of steel framed buildings at risk from terrorist attack 22 31Second order plane frame analysis [Correspondence] 4 37

FRP

Fibre reinforced polymer composites in structural engineering [Research 14 13update]Recent developments in the use of FRP anchors and masonry wall 18 20strengthening techniques [Research update]

Funding

The new look DTI Business and Innovation Support [Research update] 6 13The plight of research in structural engineering [Viewpoint] 7 16

GG

Gas pipelines

Durability assessment of concrete sheet piling in the ‘De Betuweroute’ 3 25railway line [Technical note]

Gatwick Airport, Sussex

Gatwick Passenger Bridge will be a planespotter’s paradise 12 14

Geotechnical engineering

Achieving economy and reliability in piled foundation design for a building 11 32projectHow can geotechnics address sustainability? 11 18

Glass

Three glass compression wall structures in Japan 10 27

Global positioning systems

Structural integrity monitoring by global positioning systems [Model Analysis 4 25Award]

Great Western Railway


Greenside Place Link Bridge, Leith Street, Edinburgh

Greenside Place link bridge 3 16

Grillage analysis

Observations on the grillage analysis of slabs 3 35

Ground movements


Grouting


HH

HAC

High alumina cement [Correspondence] 14 36Should high-alumina cement be re-introduced into design codes? 10 38[Discussion]

Hadrian’s Wall

Bridging Hadrian’s Wall 5 17

Harvey, David

The man who loves bridges [profile of David Harvey] 5 20

Health & Safety

Demolition - assessing the risks and planning for safety 15 19Fragile roofs: problems and potential solutions [Viewpoint] 4 20What does designing for safety mean in practice [Viewpoint] 15 13

Historic buildings

Royal Naval College 1 17The Domestic Finishing Mill, Anchor Mills, Paisley 1 14

History

21st Century timber engineering – the age of enlightenment for timber 23/24 52design: part 1: an introduction to timber Engineering a nation: celebrating the past [Maitland Lecture 2002] 8 25Flexure and shear in reinforced concrete members [Techncal note] 23/24 25Paddington station - design and construction, 1850-1855 [Report: History 14 15Study Group]The strength of cast iron columns and the research work of Eaton 2 18Hodgkinson (1789-1861)Timber bridge revival [Technical note] 10 18

Hodgkinson, Eaton

The strength of cast iron columns and the research work of Eaton 2 18Hodgkinson (1789-1861)

Hollow sections

Behaviour of blind bolted connections to concrete filled hollow sections 22 16[Model Analysis Award]The behaviour of hollow section connections under seismic loading [Model 4 22Analysis Award]

HSE

Designers in the hall of blame [Viewpoint] 15 28What does designing for safety mean in practice? [Viewpoint] 15 13

Human body

Structures have relevance to biomedical research [Research update] 4 13

II

ICE

Competency in structural engineering design [Viewpoint] 15 16

Imposed loads

EC1: Part 1.1: Densities, self-weight,imposed loads for buildings 2 10[Technical note]

India

High alumina cement [Correspondence] 14 36

Innovations

Eliminating design faults in buildings [Technical note] 13 14Technology innovation in the construction industry [Viewpoint] 3 23The value of innovation 1 33The value of innovation [Discussion] 8 34

Insolvency

Lessons for credit terms [Legal column] 4 10

Invention

A system for invention [Technical note] 6 17

Ironbridge, Shropshire

Engineering a nation: celebrating the past [Maitland Lecture 2002] 8 25

IStructE

Chartered membership and Associate membership examinations, April 2004 22 20[Examiners’ reports]

Competency in structural engineering design [Viewpoint] 15 16Conceptual design [Viewpoint] 4 17Exams preparation 2 13Expert evidence guide 9 10 IStructE study groups [list and contact details] 10 22Making your CPD return: a question of professional pride 6 15Structural engineering - a passport to travel [Presidential address] 19 22The changing roles of structural engineers in society: report of a 19 27strategic survey [Summary]The Management of Structures Study Group 3 13

IStructE Presidents

A new President - on the far side of the world [Interview] 18 16Structural engineering - a passport to travel [Presidential address] 19 22The president’s year in perspective 18 14

JJ

Jumping

Loads generated by jumping crowds: numerical modelling 17 35

KK

Keble College, Oxford

How can geotechnics address sustainability? 11 18

Kindersley Centre, Berkshire


Kingsmead School, Cheshire


Kouga Cultural Centre, Humansdorp, South Africa

Kouga Cultural Centre: a lesson in sustainability 8 15

LL

Lantau Link Bridge, Hong Kong


Laps


Lattice structures

Greenside Place link bridge 3 16

Launched construction method


Law

Are structural surveys proper engineering? [Discussion] 12 34Control of Asbestos at Work Regulations 2002 [Legal update] 15 14

Legislation

What’s new in the fire world? 19 20

Liability

Control of Asbestos at Work Regulations 2002 [Legal update] 15 14Designers in the hall of blame [Viewpoint] 15 28Risk and liability for the professional engineer: a legal perspective 15 34[Discussion]

Lime

The modern face of lime [Viewpoint] 8 13

Litigation

Relevance of litigation to the structural engineer [Viewpoint] 19 10

Loads

Assessment of load carrying capacity of driven piles – a practical approach 20 28Calibration of Eurocode 1: actions on structures – part 1.2: actions on 19 8structures exposed to fireLong span steel pedestrian bridge at Singapore Changi Airport – part 2: 16 28crowd loading tests and vibration mitigation measuresSkew arch behaviour [Viewpoint] 5 13The influence of enhanced excavation base stiffness on prop loads and 4 0ground movements during basement construction

MM

Mackay River Bridge, Alberta, Canada


Management

Management of structures: aspirations and reality [Management of Structures 22 14Study Group colloqium]

Masonry

Recent developments in the use of FRP anchors and masonry wall strengthening 18 20techniques [Research update]

Mathematics

An alternative mathematical framework for structural theory 23/24 45

May Gurney Steelwork

Tackling the complexities of refurbishment 12 18

Medway Viaduct, Kent


Mega Tower Development, Hong Kong


Membranes

Membrane material behaviour: concepts, practice and developments 14 28

Modelling

Advanced finite element reliability analysis 13 33Beijing Water Cube - the IT challenge 13 23Eliminating design faults in buildings [Technical note] 13 14Structural building information modelling [Technical note] 13 20Structural engineering modelling and analysis [Technical note] 3 28

Models

Working with 3D models: keeping it simple 21 14

Monitoring

Durability assessment of concrete sheet piling in the ‘De Betuweroute’ 3 25railway line [Technical note]Structural integrity monitoring by global positioning systems [Model Analysis 4 25Award]

Monte Carlo Methods

A new approach to specifying fire resistance periods 19 34

Multistorey Buildings

A steel-framed hotel on the River Thames 9 27Assessing perforation limits of steel section impacts on reinforced 23/24 20concrete slabs [Technical note]Demolition of Bernard House, Piccadilly Plaza, Manchester – January to 2 30July 2001HKIE/IStructE Joint Structural Division special awards 2004 20 16Shaft grouted friction barrette piles for a super high-rise building 20 32Swiss Re sets the agenda for future high-rise buildings 10 14

Murung River Bridge, Central Borneo


NN

Nethercot, David

The President’s year in perspective 18 14

Newsquest Media Group Printing Facility, Oxford

Getting into print 22 19

Nine Mile Canyon Bridge, Boston Bar, British Columbia


Norfolk County Hall, Norwich


OO

Obituaries

E O O Fasehun 1925-2004 [Obituary] 9 8Kenneth Severn 1918-2004 [Obituary] 9 8

Office Buildings

HKIE/IStructE Joint Structural Division special awards 2004 20 16Tackling the complexities of refurbishment 12 18

Olympic Games

Athens Olympics: the race for completion [Viewpoint] 9 14Beijing Water Cube - the IT challenge 13 23

One Peking Building, Hong Kong


Optimum Sports Hall Project

The Optimum Sports Hall: a benchmark for the future 9 20

PP

Paddington Station, London


Pavilions


Payment


People

Loads generated by jumping crowds: numerical modelling 17 35

Perforation

Assessing perforation limits of steel section impacts on reinforced 23/24 20concrete slabs [Technical note]

Photographs

A steel-framed hotel on the River Thames 9 27

Pigs


Piles

Achieving economy and reliability in piled foundation design for a 11 32building projectAssessment of load carrying capacity of driven piles – a practical approach 20 28Durability assessment of concrete sheet piling in the ‘De Betuweroute’ 3 25railway line [Technical note]How can geotechnics address sustainability? 11 18Meeting substructure challenges [Technical note] 11 22Prebored friction mini-pile foundation for light rail grade separation 20 24Recent field study on the behaviour of jacked piles 20 19Shaft grouted friction barrette piles for a super high-rise building 20 32Shear in reinforced concrete piles and circular columns 11 27The influence of enhanced excavation base stiffness on prop loads and 4 30ground movements during basement construction

Planning supervisors


Poles

Round pole construction: a traditional approach for the future [Technical 17 21note]

Polymer


Polypropylene Fibres

Building safer road tunnels [Technical note] 19 17

Prefabrication

Comalco alumina refinery - large project development in the central 6 27Queensland region of Australia

Preservatives

Preserving confidence [Technical note] 17 13

Preserving

Sustainability into reality: responsible use of timber [Technical update] 17 24

Printing Works

Getting into print 22 19

Professional Institutions

Designers in the hall of blame [Viewpoint] 15 28Responsibility and regulation: ethics – value and reward 21 40

Project management

Technology innovation in the construction industry [Viewpoint] 3 23

Props


Puente Sobre Rio Acelhuate, El Salvador


Pynes Bridge, Nr Exeter

Skew arch behaviour [Viewpoint] 5 13RRailway bridges


Railways

Durability assessment of concrete sheet piling in the ‘De Betuweroute’ 3 25railway line [Technical note]Engineering a nation: celebrating the past [Maitland Lecture 2002] 8 25Pre-bored friction mini-pile foundation for light rail grade separation 20 24

Reconstructing

Bann River bridge: radical surgery 5 25

Refurbishing

Royal Naval College 1 17Tackling the complexities of refurbishment 12 18The Domestic Finishing Mill, Anchor Mills, Paisley 1 14

Regulations

Control of Asbestos at Work Regulations 2002 [Legal update] 15 14Fragile roofs: problems and potential solutions [Correspondence] 22 18Preserving confidence [Technical note] 17 13Responsibility and regulation: ethics – value and reward 21 40

Reinforced Concrete

Assessing perforation limits of steel section impacts on reinforced 23/24 20concrete slabs [Technical note]Fire safety of concrete structures [Technical note] 6 22

Flexure and shear in reinforced concrete members [Technical note] 23/24 25Shear in reinforced concrete piles and circular columns 11 27Structural safety uncertainties in codes of practice for reinforced 8 28concreteStructural safety uncertainties in codes of practice for reinforced 15 35concrete [Correspondence]Using advanced engineering analysis in the design of concrete structures 3 20[Technical note]

Reinforcing bars

Design for laps for deformed bars in concrete under bentonite and polymer 18 32drilling fluidsStructural safety uncertainties in codes of practice for reinforced concrete 15 35[Correspondence]

129 Repulse Bay Road, Hong Kong


Research

Earthquake engineering research in the UK [Research update] 16 14From research to reality [Young Researcher’s Conference] 7 14Research at Dundee and Strathclyde Universities [Research update] 1 13The new look DTI Business and Innovation Support [Research update] 6 13The plight of research in structural engineering [Viewpoint] 7 16

Residential buildings


Responsibilities

Responsibility and regulation: ethics – value and reward 21 40

Risk

Achieving economy and reliability in piled foundation design for a 11 32building projectDemolition - assessing the risks and planning for safety 15 19Are ‘structural surveys’ proper engineering? 1 27

Riverbank Park Plaza Hotel, Albert Embankment, London

A steel-framed hotel on the River Thames 9 27

Robustness

New approach to disproportionate collapse [Viewpoint] 23/24 14

Roger Bullivant Ltd

Meeting substructure challenges [Technical note] 11 22

Roller coasters

The Tusenfryd Thundercoaster 17 30

Roofs

Construction of the City of Manchester Stadium roof 2 24Design and construction of Terminal 5 roof 18 25Fragile roofs: problems and potential solutions [Correspondence] 22 18Fragile roofs: problems and potential solutions [Viewpoint] 4 20Stainless steel in indoor swimming pool buildings [Technical note] 9 24

Royal Naval College, Greenwich, London

Royal Naval College 1 17S

Safety

Are structural surveys proper engineering? [Discussion] 12 34Building regs - approved doc A 20 37Fragile roofs: problems and potential solutions [Correspondence] 22 18Safety in steelwork [Technical note] 15 25Structural safety uncertainties in codes of practice for reinforced concrete 8 28Structural safety uncertainties in codes of practice for reinforced 15 35concrete [Correspondence]

Schools

IDEERS - Technical development of a design competition to inspire young 7 31people

Scotland

Countdown to changes in the Scottish Building Regulations [Briefing note] 18 13

Second Order Inelastic Analysis

Second order analysis of 3D structures [Technical note] 21 15Second order plane frame analysis [Correspondence] 4 37

Seismic design

Eurocode 8 and its implications for UK based structural engineers 3 39Eurocode 8 and its implications for UK based structural engineers [Discussion] 14 34

Severn, Kenneth

Kenneth Severn 1918-2004 [Obituary] 9 8

Shear

Flexure and shear in reinforced concrete members [Technical note] 23/24 25Shear in reinforced concrete piles and circular columns 11 27

Shopping centres


Slabs

An advanced polymer composite and concrete slab system [Young Researcher] 16 12Assessing perforation limits of steel section impacts on reinforced concrete 23/24 20 slabs [Technical note]Designing slab for Mxy moments [Correspondence] 14 36Designing slab for Mxy moments [Correspondence] 8 36Developments in post-tensioned flat slabs [Research update] 10 23Observations on the grillage analysis of slabs 3 35

Software

Advanced finite element reliability analysis 13 33Beijing Water Cube - the IT challenge 13 23Bouncing the checks 13 17Competency in structural engineering design [Viewpoint] 15 16Facing the T5 challenge 3 14Greenside Place link bridge 3 16Structural building information modelling [Technical note] 13 20Structural engineering modelling and analysis [Technical note] 3 28Technology innovation in the construction industry [Viewpoint] 3 23Using advanced engineering analysis in the design of concrete structures 3 20[Technical note]

Sports halls

The Optimum Sports Hall: a benchmark for the future 9 20

Stadia

Athens Olympics: the race for completion [Viewpoint] 9 14Construction of the City of Manchester Stadium roof 2 24Fitting an ellipse into a triangle 11 20

Stainless steel

Stainless steel in indoor swimming pool buildings [Technical note] 9 24Structural stainless steel design: a new approach 21 21

Steel

A steel-framed hotel on the River Thames 9 27Assessing perforation limits of steel section impacts on a reinforced 23/24 20concrete slabs [Technical note]Design of steel framed buildings at risk from terrorist attack 22 31Fatigue performance of laser-welded steel bridge decks 21 31Long span steel pedestrian bridge at Singapore Changi Airport – part 1: 16 21prediction of vibration serviceability problemsLong span steel pedestrian bridge at Singapore Changi Airport – part 2: 16 28crowd loading tests and vibration mitigation measuresSafety in steelwork [Technical note] 15 25

Stone columns


Strength

Design of steel framed buildings at risk from terrorist attack 22 31Structural safety uncertainties in codes of practice for reinforced concrete 15 35[Correspondence]The strength of cast iron columns and the research work of Eaton Hodgkinson 2 18(1789-1861)

Strengthening

Recent developments in the use of FRP anchors and masonry wall strengthening 18 20techniques [Research update]

Structural analysis

Demolition - assessing the risks and planning for safety 15 19Membrane material behaviour: concepts, practice and developments 14 28Structural engineering modelling and analysis [Technical note] 3 28Tensile fabric structures: concepts, practice and developments 14 21

Structural behaviour

Understanding structural behaviour: a gap in the system [Viewpoint] 7 18

Structural engineering

Competency in structural engineering design [Viewpoint] 15 16Relationship between structural engineering and architecture: the benefits 7 21[Education Trust: Essay Prize]Sharing imagination: educating designers of the future (the Imagine Programme) 7 26Structural engineering - a passport to travel [Presidential address] 19 22Tectonics in structural engineering [Viewpoint] 16 16The plight of research in structural engineering [Viewpoint] 7 16The value of innovation 1 33The value of innovation [Discussion] 8 34

Structural engineers

Are structural surveys proper engineering? [Discussion] 12 34The changing roles of structural engineers in society: report of a 19 27strategic survey [Summary]

Structures

An alternative mathematical framework for structural theory 23/24 45Are structures being repaired unnecessarily? 1 22Bouncing the checks 13 17Calibration of Eurocode1: actions on structures – part 1.2: actions on 19 38structures exposed to fireImplementation of the structural Eurocodes 15 21Management of structures: aspirations and reality [Management of Structures 22 14Study Group colloqium]Structural design optimisation by evolution 13 29Structures have relevance to biomedical research [Research update] 4 13

Subcontractors


Surveying

Are ‘structural surveys’ proper engineering? 1 27Are structural surveys proper engineering? [Discussion] 12 34

Suspension bridges

Structural integrity monitoring by global positioning systems [Model 4 25Analysis Award]

Sustainability

Fit for the future [Report] 17 18How can geotechnics address sustainability? 11 18Kouga Cultural Centre: a lesson in sustainability 8 15Sustainability into reality: responsible use of timber [Technical upate] 17 24The modern face of lime [Viewpoint] 8 13

Sustut River Bridge, British Columbia


Swimming pools

Beijing Water Cube - the IT challenge 13 23Stainless steel in indoor swimming pool buildings [Technical note] 9 24

Swiss Re Building, 30 St Mary Axe, London

Swiss Re sets the agenda for future high-rise buildings 10 14

TTall structures


Teaching

Sharing imagination: educating designers of the future (the Imagine 7 26Programme)Understanding structural behaviour: a gap in the system [Viewpoint] 7 18

Tensile structures

Membrane material behaviour: concepts, practice and developments 14 28Tensile fabric structures: concepts, practice and developments 14 21

Terminal 5, Heathrow Airport, London

Design and construction of Terminal 5 roof 18 25Facing the T5 challenge 3 14

Terrorists

Design of steel framed buildings at risk from terrorist attack 22 31

Ties

Building regs - approved doc A 20 37New approach to disproportionate collapse [Viewpoint] 23/24 14

Timber

21st Century timber engineering – the age of enlightenment for timber design: 23/24 52part 1: an introduction to timber

A cruck-frame building for the 21st century 17 20Conserving timber [Report] 17 17Fit for the future [Report] 17 18Preserving confidence [Technical note] 17 13Round pole construction: a traditional approach for the future 17 21[Technical note]Sustainability into reality: responsible use of timber [Technical update] 17 24Timber bridge revival [Technical note] 10 18The Tusenfryd Thundercoaster 17 30

Towers

Swiss Re sets the agenda for future high-rise buildings 10 14

TRADA

Conserving timber [Report] 17 17

Training


Tunnels

Advanced finite element reliability analysis 13 33Building safer road tunnels [Technical note] 19 17

Tusenfryd Thundercoaster, Norway

The Tusenfryd Thundercoaster 17 30

Two International Finance Centre Building, Hong Kong


Underpinning


United Kingdom

Eurocode 8 and its implications for UK based structural engineers [Discussion] 14 34Eurocode 8 and its implications for UK based structural engineers 3 39Implementation of the structural Eurocodes 15 21

University of Greenwich

Royal Naval College 1 17

VVibration

Long span steel pedestrian bridge at Singapore Changi Airport – part 1: 16 21prediction of vibration serviceability problemsLong span steel pedestrian bridge at Singapore Changi Airport – part 2: 16 28crowd loading tests and vibration mitigation measuresStructural integrity monitoring by global positioning systems [Model 4 25Analysis Award]

WWebsites

Fibre reinforced polymer composites in structural engineering [Research 14 13update]What’s in a (website) name? 13 19

Welding

Fatigue performance of laser-welded steel bridge decks 21 31

Wharfs

Comalco alumina refinery - large project development in the central 6 27Queensland region of Australia

Willowford bridge, Cumbria

Bridging Hadrian’s Wall 5 17

Wind loads

A bit windy? Anomalies in BS6399-2 [Viewpoint] 22 25Dynamic response of buildings to wind loads – comparing Eurocode 12 28prEN1991-1-1-4 with other current UK methods

Worked examples

Design of steel framed buildings at risk from terrorist attack 22 31Structural stainless steel design: a new approach 21 21

World heritage sites

Engineering a nation: celebrating the past [Maitland Lecture 2002] 8 25

Wyatt, Matthew Digby

Paddington station - design and construction, 1850-1855 [Report: History 14 15Study Group]YYoho Bridge, Golden, British Columbia


Documents

TSE Author Index 2004 - Institution of Structural Engineers · · 2013-06-20section impacts on reinforced concrete slabs [Technical note] ... W M G Advanced finite element reliability