This module provides an understanding of the principles underpinning Finite Element analysis (FEA) and computational fluid dynamics (CFD). Students are lectured on basics of finite element method and current problems, challenges, insights, developments, etc., relevant to various types of applications of CFD in industry and research: Aerodynamics, F1 racing, gas turbines, internal combustion engines, weather forecasting, heat transfer, fundamental turbulence modelling, etc.
Lectures provide the basic course content and significant self-learning is required by students for them to fully understand the material. The concepts of FEA and CFD are explained and coursework exercises provide students with the opportunity to demonstrate correct and effective application.
Finite Element Analysis
- Introduction and overview
- Overview of finite element theory
- Shape function
- Elasticity problems formulation
- Higher order elements
- Assembly and solution of FE equations
Computational Fluid Dynamics
- Introduction, overview and applications
- Basic governing equations
- Grid types and mesh generation
- Finite volume method & discretisation
- Pressure correction and turbulence modelling
- Applications and frontiers of modelling
Upon completion of this module students will be able to:
- Understand the theoretical background to the workings behind commercial FEA and CFD packages.
- Appreciate the structure of programmes for potential amendment and development.
- Use commercial software packages for solving problems and assessing their limitations.
- Take a detached view in checking output.
Method of Instruction
This module is taught through:
- Practical laboratory classes
This module is assessed entirely through coursework exercises.
For more information about assessment please contact email@example.com.