High-order embedded boundary methods for fluid-structure interaction

High-order embedded boundary methods for fluid-structure interaction

Embedded boundary methods are gaining popularity for solving fluid-structure interaction (FSI) problems because they simplify a number of computational issues. These range from gridding the fluid domain, to designing and implementing Eulerian-based algorithms for challenging fluid-structure applicat...

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Bibliographic Details
Main Author: Zeng, Xianyi
Corporate Author: Stanford University Institute for Computational and Mathematical Engineering
Other Authors: Farhat, Charbel (Thesis advisor, primary advisor), Lew, Adrian (Thesis advisor, advisor), Papanicolaou, George (Thesis advisor, advisor)
Format: Thesis Electronic Book
Language:English
Published: 2012

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Stanford University

Holdings details from Stanford University
Call Number: 3781 2012 Z
ISIL:US-CST

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