Conference Agenda

Six sessions will be conducted virtually over 3 days to give you an insight of the latest mega trends of the different industries and address the challenges related to them.

The 6 sessions will be conducted virtually over 3 days (between 6 and 8 October, 2020 every day between 9:00-12:00 and 15:00-18:00 CET) to give you an insight of the latest mega trends of the different industries and address the challenges related to them. The current users and partners of our solutions will share with you their know-how and how they used the 10xICME solution (some or all the pillars of it) to overcome these challenges.

Sessions 1: ICME in the world of Design & engineering - 6 Oct (9:00-12:10 CET)

9:00 - 10:00

ICME, A Key Strategic Pillar for the Design & Engineering of Optimal Products & Solutions


Roadmap Digimat 2020 and beyond


Roadmap MaterialCenter 2020 and beyond

11:05 - 11:30

ICME/Simulation approach for the evaluation and validation of new test sample geometries (Lap-Shear test)

11:30 - 11:55

Deployment of ICME & Digimat at University of Louisville – A success story

Session 2: Virtual Material Development - 6 Oct (15:00-18:00 CET)

15:00 - 15:25

Uncertainty Quantification in ICME with Applications to Smart Materials

15:25 - 15:50

Investigation of the fiber/matrix inter-phase damage of a PPS GF40 as a function of temperature and cooling liquid immersion


Virtual material testing and development of material models for enabling more accurate and faster application design optimization

16:30 - 16:55

Efficient design for greener materials

16:55 - 17:20

Virtual testing for the development of a hybrid thermoplastic composite material

17:20 - 17:45

Quantifying the features of multimaterial composites with steel fibers: Impact resistance and EMI shielding

Sessions 3: Virtual Manufacturing - 7 Oct (9:00-12:00 CET)


KEYNOTE: Digital fabrication flow in construction with 3D printing and post-processing simulation


Exploring workflows for detailed design of structural parts produced by Fused Granular Fabrication (FGF)


A computational framework for press forming and curing simulation of thermoset composites


A New Flow-Fiber Coupling Model to Simulate the Anisotropic Flow for Injection & Compression Molding


Molding simulation of 3D TIMON for composite material

Session 4: Digitalization - 7 Oct, 2020 (15:00-18:00 CET)

15:00 - 15:25

KEYNOTE: MARS – Material Airbus Repository System: End-to-End Materials Management Platform to drive innovative and high quality product development

15:25 - 15:50

Accelerating the Discovery of New DP-Steel using Response Surface Methodology (RSM) and Machine Learning (ML) and Multiscale Materials Modeling (3M)

15:50 - 16:15

Managing of chemical processes parameters test data in a Digital MLM (Material Lifecycle Management) Platform

16:15 - 16:40

MMI Forward : How DOMO integrated MaterialCenter to bring its material database to the next level

16:55 - 17:20

Short and Long term performance of long glass fiber polyamide compounds

17:20 - 17:45

Integrated software solutions for the optimal lifecycle management of innovative products

Sessions 5: Sustainability - 8 Oct, 2020 (9:00-12:25 CET)


Simulation of the Long-Term Behavior of Short Fiber-Reinforced Thermoplastics


Damage and high cycle fatigue predictions of fiber reinforced plastic components


Digimat characterization and comparison of post-industrial and post-consumer recycled PA-GF engineering materials, within CarE-Service European project for circular economy


Mechanical Prediction with Anisotropy and Thermal Expansion


Warpage Prediction and Consideration of Warped Parts inside Ansys with the help of Digimat


THERMOFIL HP - Pushing the Boundaries of High-Performance Glass Coupled Polypropylene using the latest development in CAE for accelerating metal replacement for sustainability


Visco-elastic material cards: accurate material modeling for dynamic simulations

Session 6: Real-Virtual Convergence - 8 Oct (15:00-18:00 CET)


Advanced Manufacturing Technologies with Automation & Artificial Intelligence


Computed Tomography (CT) data as reality check for ICME workflows


Finite Element Based Representative Volume Element Modeling of Porous Ceramics


Smart Factory Applications for Improving your Engineering, Manufacturing and Metrology


How the aerospace industry integrates in-situ inspection in automated fibre placement (AFP) and enables simulation of as-built part performance