24/07/26 Fri 15:25pm
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FEA?
why simulations?
Importance?
- multiphysics
- engineering simulation is now a core part of product design and development
- industry 4.0 and model-based engineering integration
- Rapid growth in BEV/FCEV market and engineering demand
- EV & FCEV systems are inherently multiphysics in nature
Model-Based Systems Engineering (MBSE) is a systems engineering methodology that uses graphical models to represent and design entire systems, focusing on requirements, behavior, architecture, and testing to manage complexity and improve collaboration across multidisciplinary teams. In contrast, Model-Based Design (MBD) is a specific engineering methodology that uses mathematical and physical models to design and simulate control systems and dynamic behavior, often generating code directly from these models.
- Industry oriented simulation training
- core engineering tools and methods
- cross domain engineering focus
- application - based learning
Units:
- FEA and CAE Computer-Aided Engineering
- Static Structural Analysis and Advanced Modeling
- Dynamic Simulation and Safety Analysis
- Computational Fluid Dynamics (CFD) and battery simulation
- Advanced Thermal Management and Hydrogen Fuel Cell Technology
What it means:
Multiphysics: The simulation or analysis of products by considering multiple physical phenomena interacting with each other
product Design and dev engineering process of designing testing and validating components and systems
BEV
FCEV