Multiphysics Modeling describes the basic principles and methods
for multiphysics modeling, covering related physics such as
structure mechanics, fluid dynamics, heat transfer, electromagnetic
field, and noise.
Providing up to date information on basic numerical methods and,
critically, the coupling issues specific to each area, the book
moves on to consider coupled problems spanning fluid-solid
interaction, thermal-stress coupling, fluid-solid-thermal coupling,
electromagnetic -solid-thermal-fluid coupling, and structure-noise
coupling.
With author team expertise in cutting edge academic research,
industrial application and code development, the book covers
background theory, algorithms, key technologies and applications
for each coupling method as well as exploring real engineering
multiphysics problems across areas such as automotive, aerospace
and biomedical engineering. "
Multiphysics Modeling "provides a valuable broad-base of methods
and techniques for solving multiphysics problems and is an ideal
resource for engineers and researchers tasked with the design and
analysis of complex engineering systems.
Presents a wealth of multiphysics modeling methods, issues and
worked examples in one single volume, providing a go-to resource
for coupling and multiphysics problems, not tied to one piece of
software.
Covers the multiphysics detail not touched upon in broader
numerical methods references, including load transfer between
physics, element level strong coupling, interface strong coupling,
single code weak coupling, and inter-solver weak coupling
methods.
Discusses practical applications throughout and tackles
real-life multiphysics problems across areas such as automotive,
aerospace and biomedical engineering.
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