Course Overview

Course Title: Advanced CAE for Automotive Applications
Credit Points: 12
Nominal Hours:
Course Coordinator: Prof. Mohammad Fard
Course Coordinator Phone:
Course Coordinator Email: mohammad.fard@rmit.edu.au
Course Summary

This course will enable you to develop advanced knowledge and skills in CAE modelling and simulations for automotive applications. Upon completion of this course you will be able to utilise CAE techniques in your chosen field of applications. You will also develop advanced knowledge and skills in CAE modelling and simulations. This includes problem definition, analysis, modelling, simulation, and interpretation of modelling and simulation results.

The course will cover the following areas:

Automotive CAE NVH Analysis
This topic introduces you to advanced NVH CAE structural modelling and analysis technology applied to relevant automotive applications. You will also be provided with appropriate skills for improving NVH performance of the car body.
Automotive CAE Crash Analysis
You will be equipped with adequate skills for the numerical modeling of advanced non-linear automotive applications. You will be able to solve with competence practical problems related to automotive structures, which include static and dynamic analysis, large deformations and crash simulation. Further, you will develop awareness of professional, legal and ethical standards through crash analysis and simulations.
Automotive CAE Concept Modelling
CAE Concept modelling is new method of CAE modelling in automotive industry. All students will learn to design their own concept CAE model.
Automotive Trimmed Body (T/Body) CAE Modelling Method
You will learn various techniques for modelling of vehicle T/Body.


Full Course Information
View detailed overview on Course Guide