Multiphysics simulation is a critical enabler for simulation-driven engineering. The real world is naturally multiphysical, so the true virtualisation of designs, devices, and processes relies on multiphysics simulation. Using these methods in simulation is crucial in elevating analysis precision, enabling more accurate modelling, and facilitating a deeper understanding of the interactions between different physical processes.
With increasing product complexity, industry faces the constant challenge of efficient and successful product development. Along with meeting functional requirements, products must meet tight regulations and keep up with ever-faster time-to-market expectations while keeping costs low and meeting growing customer expectations. Realistic pre-prototype multiphysics simulations are vital to fulfilling these requirements.
The NAFEMS Multiphysics Conference 2024, was held this October in the Carlton Hotel, Singapore, brought together users, researchers, academics, and developers of multiphysics simulation methods to present their work, exchange ideas, develop the community, and discuss potential challenges.
This was an unmissable opportunity to connect with your fellow multiphysics practitioners.
For any questions, please get in touch with roger.oswald@nafems.org
The conference was jointly organised by the NAFEMS Multiphysics Working Group, NAFEMS ASEAN, and A*STAR Institute of High-Performance Computing, and was supported by The International Society of Multiphysics, and the Fraunhofer Institute for Algorithms and Scientific Computing SCAI.
21 October 2024 | |
Session 1 - Welcome & Keynote | |
9:30 | Welcome & Introduction A. Svobodnik (Mvoid), chair of the NAFEMS Multiphysics Working Group; C. Ford (A*STAR Institute of High Performance Computing), NAFEMS Regional Representative ASEAN) |
9:45 | Keynote presentation: |
10:30 | Break |
Session 2 - Workflow / FSI | |
11:15 | Solder Joint Reliability Workflow Automation for a Ball-Grid Array (BGA) Package Kajal Khan, Bharat Deorukhkar, Akhil KS, Rajesh Meena (Ansys) |
11:40 | An Integrated Workflow for Power Module Development Voon Hon Wong (Siemens Digital Industries Software) |
12:05 | Enhancing Safety Assessments for CO2 Pipelines with a Validated Fluid-Structure Interaction Model Aida Nonn, Philipp Marx (Aixima) |
12:30 | Lunch Break |
Session 3 - Battery Simulation | |
13:30 | Fast Running Digital-Twin of a Multiphysics Based BEV Model Trained using ML Model Ujjwal Chopra, Gautham Reddy (Gamma Technologies) |
13:55 | Pre-Compression Effect on Charge-Discharge Characteristics of Li-ion Batteries Alan Tan, Bhaskar Ramagiri, Nikhil Dhavale, Sonu Kumar Mishra, Youngwon Hahn (Dassault Systèmes) |
14:20 | Coupled Thermo-Structural Analysis of Heat Coil Batteries Modelled as 2D Axi-Symmetric for Evolving Temperature Dependent Properties Kajal Khan, Chetan Mahawar, Kazuhiro Matsuda, Dharanivendhan T (Ansys) |
14:45 | Multiscale Coupled Electrochemical-Thermal-Mechanical Analysis for Comprehensive Battery Pack Simulation Matias Zielonka, Youngwon Hahn, Neha Parool, Alan Tan (Dassault Systèmes) |
15:10 | Break |
Session 4 - Electronics | |
15:50 | Multiphysics Methodology for Detection of Hotspots on PCB using DCIR and Thermal Simulation Priyanka R, Shruthi G S (TE Connectivity) |
16:15 | Implementation of Digital Twin for Cathodic Protection Zhen Qi Chee (Matcor Technology & Services – A Cetim Company) |
16:40 | Singing Capacitors Secrets Simulation Nopasorn Kowathanakul, Ravi Sankar Kanamarlapudi (Ansys) |
17:05 | Get together in the exhibition hall |
19:00 | End of Day 1 |
22 October | |
Session 5 - HPC / Cloud / AIML 1 | |
9:00 | Introduction to Day 2 Alfred Svobodnik (Mvoid), chair of the NAFEMS Multiphysics Working Group; Clive Ford (Institute of High Performance Computing (IHPC), A*STAR), NAFEMS Regional Representative ASEAN) |
9:10 | Invited Presentation: Quantum-Native Multiphysics Simulations Valtteri Lahtinen (Quanscient) |
9:40 | AWS Cloud, HPC and AI Cheng Wang (AWS) |
10:05 | Break |
Session 6 - AIML 2 | |
10:50 | Machine Learning Tools for Mutliphysics Analyses, Design Exploration and CAE Acceleration Nagananda Upadhya, Dimitrios Drougkas (BETA CAE Systems) |
11:15 | AI-Powered Multiphysics Solutions - Revolutionizing the Design of Consumer Durable Systems Ujwal Patnaik, Nachiket Patil (Altair) |
11:40 | Accelerated and Reliable Predictions via Physics-Informed Neural Networks (PINNs) Incorporating Field Data Prashant Kumar Srivastava, Vineet Dravid (oorja - weedy software) |
12:05 | Faster Design Space Exploration for Tires using High Fidelity 3D Surrogates Klaus Krohne, Rasika Kulkarni, Girish Patil, Jayant Pawar, Jason Barr, Victor Oncea (Dassault Systèmes) |
12:30 | Lunch break |
Session 7 - FMU / Material / AM | |
13:30 | FMU Validation with CosiMate: Using Native Co-Simulation to Prepare and Validate Multiphysics FMU-Based Simulation David Balland (Chiastek); Cesar Carrizo (ZF); Matthieu Jude (Alten) |
13:55 | Thermo-Chemical-Mechanical Modelling of Digital Light Processing 3D Printing Guang Liu, David, Rosen (Institute of High Performance Computing (IHPC), A*STAR) |
14:20 | Balancing Durability and MRI Compatibility: Evaluating Hip Implant Porous Designs Neha Parool, Himanshu Gururani, Abhishek Kadri, Sunil Sutar, Anand Pathak (Dassault Systèmes) |
14:45 | Break |
Session 8 - Discussion Session AIML 3 | |
15:15 | AI Driven Methodologies in Multiphysics Contribution by Xing Xiuqing (Institute of High Performance Computing (IHPC), A*STAR) Moderated by Alfred Svobodnik (MVOID) |
16:30 | End of Day 2 |
Individual exploration of Singapore | |
23 October | |
Workshops | |
9:00 | Methods of Benchmarks for Multiphysics (Use Case Vibroacoustics) Alfred Svobodnik (MVOID) |
10:30 | Break |
11:00 | Multiphysics & Quantum Computing Valtteri Lahtinen (Quanscient) |
12:30 | Lunch |
13:15 | End of Conference |
Agenda subject to change.
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