IC -MPPE 2019 · Final Program of the International Conference IC -MPPE 2019 Integrated Computation Materials, Process and Product Engineering 21. - 22.11. 2019 Congress Leoben, 8700

Final Program of the International Conference

IC-MPPE 2019 Integrated Computation Materials, Process and Product Engineering

21. - 22.11. 2019

Congress Leoben, 8700 Leoben, Austria

ic-mppe2019.mcl.at

Impressum

Workshop Organisation:

Dr. Sven Eck

Management Assistant, Senior Scientist General management / Department Materials

Impressum:

Für den Inhalt verantwortlich:

Univ. Prof. Dr. Reinhold Ebner,

Geschäftsführer

Materials Center Leoben Forschung GmbH

Roseggerstr.12, A8700 Leoben www.mcl.at

Preamble of the organisers

The conference aims to bring together partners from industry and university research institutes in the

framework of the COMET research program "Integrated Computational Materials, Process and

Product Engineering (IC-MPPE)".

In 5 individual workshops with invited speakers from academia and industry the scientific and

technological achievments in the core topics of the IC-MPPE program are presented.

Furthermore, in an open poster session, guests as well partners of the research program present their

latest results in the framework of integrated computational materials, process and product

engineering.

Organising Commitee

Prof. Dr. R. Ebner

Dr. S. Eck

Dr. W. Ecker

Dr. G. Maier

Dr. S. Marsoner

Steering committee (alphabetical order)

Dr. habil. Marco Deluca

Prof. Dr. Reinhold Ebner

Priv. Doz. Dr. Hans-Peter Gänser

Prof. Dr. Otmar Kolednik

Prof. Dr. Ernst Kozeschnik

Prof. Dr. Reinhard Pippan.

Priv. Doz. Dr. Lorenz Romaner

Prof. Dr. Martin Stockinger

The IC-MPPE - research program

The Materials Center Leoben (MCL) is the coordinator of one of five currently running Austrian

COMET K2 Competence Centers. The research program IC-MPPE focuses on Integrated

Computational Materials, Process and Product Engineering. Activities include the use of

sophisticated computer models and algorithms to digitize and virtualize material design, processes,

and product applications.

The COMET Center IC-MPPE aims to rigorously integrate theoretical foundations, the latest

validated calculation methods and key technologies to support material-based innovation.

Furthermore, the COMET Center IC-MPPE focuses on simultaneous material, process and product

development, cost efficiency, quality, material and energy savings as well as the digitization of

production chains. The research is divided into the following four research areas:

Area 1: Fundamentals for Integrated Computational Engineering of Materials, Processes and

Products

Area 1 focuses on basics and expertise for the integration of numerical models and computer tools

for the integrated engineering of materials, manufacturing processes and products. Software tools for linking material, process and product models on different length and time scales as well as

different physical phenomena are developed and validated by advanced and new experimental

techniques

Area 2: Material Engineering

Area 2 focuses on the development of validated numerical material design method suites for the computer-aided design of materials on all length scales. These tools are applicated for the design

of new structural and functional materials with tailor-made property profiles. Moreover, expertise and method suites are developed for the integration of machine learning technologies into

computer-aided material design.

Area 3: Process Engineering

Area 3 focuses on the development of validated process design method suites for the computer-aided design of manufacturing processes, the integration of advanced material models into process models, and the optimization and new development of processes and process chains for the

production of metal alloys and electronic components. Moreover, basics and software tools for model-based and autonomous real-time process control are developed.

Area 4: Product Engineering

Area 4 focuses on the development of product design method suites for integration of material and

process models into product engineering within multiscale and multiphysics simulation. Calculation methods for probabilistic serviceability and reliability assessment are investigated. Optimized products for industries focusing on mechanical engineering, metallurgy, tooling, and electronics as

well as concepts and software tools for smart products based on the Internet of Things are developed.

IC-MPPE 2019 - Conference

The IC-MPPE 2019 conference program is divided in 5 different workshops:

Computational multiscale materials design

The purpose of this workshop is to present and discuss current trends

in integrated computational materials engineering. The workshop will mainly focus on structural materials such as steels and nickel-based

alloys and discuss advanced design concepts for pushing strength and ductility as well as corrosion resistance of these materials. Special

emphasis will be laid on physical based modelling of materials at

multiple scales, on integrated computational tools that are bridging several length scales and on application of data science tools for materials development.

Thermal Management

The purpose of this workshop is to present and discuss leading-edge

developments in material enabled thermal management solutions

for removing, spreading, and dissipating heat from microelectronic

devices and systems. The workshop focuses on analysis, simulation

and demonstration of high-performance solutions intended to meet

current and evolving requirements in power electronics, lightning,

automotive and nano-electronics.

Materials under extreme loading conditions

The purpose of this workshop is to present and discuss

leading-edge developments in characterization and

modelling of materials under extreme loading conditions.

The focus lies on characterization and modelling of

materials under high thermal and mechanical loads

including high numbers of loading cycles. The presented

industrial application cases range from structural

components (railway sector, ...) via industrial production

(machining tools, ...) to aerospace applications (aero engines, ...).

Model based condition monitoring, maintenance and process control

The purpose of this workshop is to present and discuss current trends

in model based condition monitoring, preventive maintenance and

process control. The focus lies on predictive maintenance of structural

components as well as on model based and real-time process control

in industrial production processes.

source:

Shutterstock

source: AdobeStock

Energy storage of the future

The purpose of this workshop is to present and discuss

leading-edge developments in material enabled energy

storage solutions for the future. The focus lies on current

trends in batteries and capacitors towards novel material

based solid state and nano-structured energy storage devices.

The workshop covers fabrication, analysis and simulation of

key parameters of internal transport, heat transfer and

structure-property relations.

Conference Schedule - Overview

start

08:00

08:30

09:30

11:30

14:00

16:00

18:00

19:00

start

08:30

10:30

12:00

13:30

Welcome & presentation of the IC-MPPE Programme

R. Ebner

Thursday, 21.11.2019 Thursday, 21.11.2019

Session 1 - Computational multiscale materials design I

Chair: L. Romaner

Session 5 - Thermal Management I

Chair. S. Defregger

Session 2 - Computational multiscale materials design II

Chair: W. Ecker

Session 6 - Thermal Management II

Chair: S. Defregger

ERZHERZOG JOHANN SAAL PETER TUNNER SAAL

Registration

Session 3 - Materials under extreme loading conditions I

Chair: C. Tritremmel

Session 7 - Energy storage of the Future I

Chair: G. Maier

Session 4 - Materials under extreme loading conditions II

Chair: J. Maierhofer

Session 8 - Energy storage of the Future II

Chair: G. Maier

Open poster Session (Sparkassensaal)

ERZHERZOG JOHANN SAAL PETER TUNNER SAAL

Session 9 - Model based condition monitoring,

maintenance and processes control I

Chair: H.P. Gänser

Dinner and get-together (Sparkassensaal)

Friday, 22.11.2019

Session 10 - Model based condition monitoring,

maintenance and processes control II

Chair: H.P. Gänser

Lunch at the conference venue (Hotel Congress)

Closing

source: unsplash (nasa)

Space for personal notes...

IC-MPPE - Time schedule

Final presentation schedule

start end

08:00 08:30

08:30 09:30

08:30 09:30 Welcome & Presentation of the IC-MPPE ProgrammeR. Ebner

MCL

start end

09:30 10:00Atomistically informed continuum models of deformation

and failure

A. Hartmaier

ICAMS, Germany

10:00 10:30Integrated multi-scale computational material and process

engineering for aero engine components

A. Fischersworring-Bunk

MTU Aero Engines, Germany

10:30 11:00Coupling CALPHAD-based Thermodynamics to Machine

Learning

R. Otis

Pennsylvania State University, USA

11:00 11:30

start end

11:30 12:00 Precipitation engineering with MatCalcE. Kozeschnik

TU Wien, Austria

12:00 12:30 Computational approaches for grain boundary engineering L. Romaner

MCL

12:30 13:00 Computational methods for alloy designO. Peil

MCL

13:00 14:00

ERZHERZOG JOHANN SAAL

Session 2 - Computational multiscale materials design II

Thursday, 21.11.2019

Registration

Welcome & Presentation of the IC-MPPE Programme

R. Ebner

Session 1 - Computational multiscale materials design I

Coffee break

Lunch (Sparkassensaal)


start end

09:30 10:00Thermometry of self-heated devices on micro- and

nanoscale

B. Gotsmann

IBM Research, Switzerland

10:00 10:30 Thermal management for Power SystemsH. Pairitsch

Infineon Technologies Austria AG

10:30 11:00 Multiscale Thermal Transport R. Hammer

MCL

11:00 11:30

start end

11:30 11:55 Virtual prototyping for thin packages

T. Krivec

AT&S Austria Technologie &

Systemtechnik AG

11:55 12:20 The Quest for Robustness in Electronic AssembliesD. Kieslinger

ZKW Elektronik GmbH, Austria

12:20 12:40 Wire bond reliability and accelerated mechanical testingB. Czerny

CDL RELAB, TU WIEN

12:40 13:00 Reliability testing and analysisE. Kraker

MCL

13:00 14:00

Session 6 - Reliability & Thermal Management II

Lunch

PETER TUNNER SAAL

Coffee break

Session 5 - Thermal Management I



start end

start end

14:00 14:30On the design rules for self healing metals, metallo-

ceramics and ceramics

S. van der Zwaag

Novel Aerospace Materials group,

Netherlands

14:30 15:00 Materials development for turbine disksM. Stockinger

University of Leoben, Austria

15:00 15:30Fatigue crack growth at temperatures up to 800°C -

measurement and prediction

J. Maierhofer, R. Pippan

MCL, Austrian Academy of Sciences

15:30 16:00

start end

16:00 16:30 Material development for metal machining toolsCh. Czettl

Ceratizit Austria GmbH, Austria

16:30 17:00 Coating development for machining toolsN. Schalk, M. Tkadletz

University of Leoben, Austria

17:00 17:30Modelling and simulation of materials in rolling contact

phenomena

W. Daves, S. Scheriau

MCL, voestalpine Schienen GmbH,

Austria

17:30 18:00Hydrogen in action – from fundamentals to industrial

applications

A. Drexler, W. Costin

MCL

18:00 19:00

19:00 22:30

Session 4 - Materials under extreme loading conditions II

Coffee break





Session 3 - Materials under extreme loading conditions I


start end

14:00 14:30 Requirements for tomorrow in view of transportationJ. Affenzeller

AVL List GmbH, Austria

14:30 15:00 Nanoporous carbon-based materials for hydrogen storage

C. Mitterer

University of Leoben, Leoben,

Austria

15:00 15:30Understanding Nanoscale Processes of Ion Storage in

Supercapacitors

O. Paris

University of Leoben, Leoben,

Austria

15:30 16:00

start end

16:00 16:30 Li-Ion based Batteries (TBA)

S. Koller

VARTA Micro Innovation GmbH,

Austria

16:30 17:00 Multiscale Characterization R. Brunner

MCL

17:00 17:30 Capacitors and all solid state battery

M. Puff

TDK Piezo and Protection Devices

Business Group, Austria

17:30 18:00 Data driven Materials DesignM. Deluca

MCL

18:00 19:00

19:00 22:00

Session 7 - Energy storage of the Future I

Coffee break

PETER TUNNER SAAL


Session 8 - Energy storage of the Future II




start end

08:30 08:30

08:30 09:00 IoT in mechanical and plant engineeringG. Schiefer

Andritz AG, Austria

09:00 09:30 Hybrid modelling - the MCL way of condition monitoringM. Asazadeh, M. Mücke

MCL

09:30 10:00Digital retrofit - Enabling model-based condition monitoring

of brownfield plants

B. Mayer

FH Joanneum, Kapfenberg, Austria

10:00 10:30

start end

10:30 11:00From high fidelity models to real-time smart process

control of heavy steel plate production

E. Parteder

voestalpine Grobblech GmbH,

Austria

11:00 11:30 Tool Health Monitoring for cutting toolsT. Klünsner

MCL

11:30 12:00 Estimating hybrid model execution times on PLCsC. Gratl

MCL

12:00 13:30

13:30 14:00

Session 10: Model based condition monitoring, maintenance and processes control II

Lunch at the conference venue (Hotel Congress)

Closing


Session 9 - Model based condition monitoring, maintenance and processes control I

Coffee break

Friday, 22.11.2019

Presenter (aphab. order) Title

Asadzadeh, Mohammad Zhian / MCL Hybrid modelling: The MCL way for fast ramp-up and smart process control

Ahmadi, Mohammad Reza / TU-Graz

IMAT

Development of a ferritic creep resistant steel with superior creep strength and creep

fatigue resistance

Baltic, Sandra / MCL Prediction of ductile damage and failure in metals considering multiaxial stress states

Berg, Sebastian / MCL Model-as-a-Service using the functional mock-up interface (FMI) Standard

Bermejo, Raul / Montanuniversität

Leoben, ISFKFracture response of thin ceramic based multilayer architectures

Biermair, Florian / MCLHigh Entropy Alloys for Technical Applications: Effect of Homogenization Process on

HESA

Drexler, Andreas / MCLMethodology for assessing the risk of hydrogen-induced cracking in car body

components

Fladischer, Katrin / MCL Quantitative SThM Characterization for Heat Dissipation Through Thin Layers

Gratl, Christoph / MCL Towards executing hybrid models on PLCs

Gruber, M. / Montanuniversität

Leoben, ISFK

Mechanical reliability of brittle single crystals depending on surface damage

orientation

Kabliman, Evgeniya / AIT Material and microstructure modelling in lightweight metals processing

Kaufmann, Benjamin /

Montanuniversität Leoben, ISFKModelling of the highly non-linear electrical behavior of ZnO varistor ceramics

Klünsner, Thomas / MCL Validated calculation of the cutting edge temperature during dry milling of Ti6Al4V

Kosdnar-Legenstein, Barbara / MCL Analytical Tools for probing Devices and Systems

Leitner, Silvia / MCL Model-based residual stress optimization in seamless steel tubes

Lohrasbi, Sina / MCL Development of Innovative Liquid Cooling Concepts for Power Electronics Application

Magnien, Julien / MCL Advanced reliability evaluating instrumentation for electronics

Maier, Kathrin / MCLAsymmetry in creep kinetics of WC-10wt.% Co under tensile and compression

loading at 700ºC

Maierhofer, Jürgen / MCL Software tools for integrated material process and product engineering

Pfleger-Schopf, Bernd / MCLEffect of Quenching and Partitioning Processing on Microstructure and Mechanical

Properties of a Low Alloyed Steel

Popov, Maxim / MCL Computational tool to assess concepts for hydrogen storage

Razumovskiy, Vsevolod / MCL Model-based development of diffusion barriers in microelectronic systems

Redermeier, Alice / TU-Wien, IMST Revised CALPHAD modeling of the cluster phase in Al-Mg-Si alloys

Romaner, Lorenz / MCL Data-driven approach for accelerated materials design

Schopper, Tobias / MCLBayesian Multilevel model for identification of robust oscillating bar condition

indicators

Siroky, Georg / MCL Computational methods to develop and assess self-healing alloys in microelectronics

Walter, Thomas / TU Wien, CDL

RELABMethods for evaluation of thin film adhesion in power electronics

Wijaya, Andi / MCL Imaging and Analysis Workflow for the 3D Characterization of Porous Copper Films

IC-MPPE 2019 poster session (21.11.2019, Sparkassensaal, starting at 18:00)

Conference Organisation

Registration

The standard registration fee of €250,- for the attendance to the workshops and the poster session

includes refreshments during the coffee breaks on Thursday and Friday (Nov., 21st and 22nd) as well

as lunch and dinner on Thursday. Partners of the COMET programme IC-MPPE are exempt from

the fee.

On-line registration was managed via

https://ic-mppe2019.mcl.at/register.html

Contact

Questions concerning the conference?

Please contact us at [email protected].

Conference and Dinner venue

Congress Leoben, Hauptplatz 1, A-8700 Leoben

image: Sven Eck

Space for personal notes...

Acknowledgement

The IC-MPPE2019 organizers gratefully acknowledge the financial support under the scope of the

COMET program within the K2 Center “Integrated Computational Material, Process and Product

Engineering (IC-MPPE)” (Project No 859480).

This program is supported by the Austrian Federal Ministries for Transport, Innovation and

Technology (BMVIT) and for Digital and Economic Affairs (BMDW), represented by the Austrian

research funding association (FFG), and the federal states of Styria, Upper Austria and Tyrol.

Documents

IC -MPPE 2019 · Final Program of the International Conference IC -MPPE 2019 Integrated Computation Materials, Process and Product Engineering 21. - 22.11. 2019 Congress Leoben, 8700