The authors and co-authors attempt to illustrate the variety of application fields and the mixture of ‘mono-physics’ simulation disciplines which can be combined to give a multiphysics analysis.
Examples from various areas of research and industrial practice will show the necessity and the applicability of a multi-physics analysis. Without going into the details of the physical and numerical modelling, the reader should be able to obtain some idea of each of the multi-physics cases described and, hopefully, be able to apply some of these ideas to their own problem.
The objective of this book is not to specify details of the technical solutions for effecting multi-physics simulations, but to motivate the user to consider multidisciplinary simulations relevant to their own working environment.
Our examination of the feasibility and applicability of multi-physics processes in this booklet are primarily restricted to the classical disciplines of continuum mechanics and its combinations:
Most examples cited in this booklet refer to numerical simulations using grid based discretisations.
1.1 Who Should Read this Booklet?
1.2 Who has Written this Booklet?
1.3 What Multi-Physics Applications are Discussed in this Booklet?
1.4 Structure of this Booklet
2.1 Multi-Physics and Mono-Physics, Definitions, Introduction
2.2 Multi-Physics and Mono-Physics in Continuum Mechanics
2.3 Fluid Mechanics, Thermodynamics and Chemistry
2.4 Fluid-Structure Interactions
2.5 Classification Approach for Multi-Physics Analysis
2.6 Numerical Methods for Multi-Physics Applications
3.1 Fluid-Structure-Interaction for Design of Static Mixers
3.2 Fluid Structure-Interaction in Pipeline Systems
3.3 Fluid-Structure Interaction in Wind-Engineering
3.4 Thermal Coupling in Turbines
3.5 Coupled Analysis for Ultrasound Inspection
3.6 Why is Multi-physics Simulation so Important for Schneider Electric?
3.7 The Electric Arc
3.8 Multi-physics Analysis for Chemical Vapour Deposition
3.9 Coupled Components in Climate Models
3.10 Coupled Stamping-Crash-Analysis
4.1 Multi-discipline physical simulation with ABAQUS
4.2 Multi-Physics Solutions and Fluid-Structure Interactions using FLUENT Software
4.3 MpCCI - A general concept for code coupling
4.4 Multi-physics Code PHYSICA
4.5 Multi-physics Simulations Using ANSYS
4.6 Single Solution Environments versus Coupled Solutions
4.7 Multi-Physics Interactions: What? – Where? – When?
4.8 Further Modelling Items for Multi-Physics Analysis
4.9 Some Technical Items for Code Coupling
6.2 Coupling Basics and Algorithms
6.4 Moving Meshes
6.5 Further Reading
Order Ref: HT33
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C. Degning & K. Wolf
First Published - September 2006
Softback, 112 Pages