Logo

Wave Propagation Analysis with Boundary Element Method

Large book cover: Wave Propagation Analysis with Boundary Element Method

Wave Propagation Analysis with Boundary Element Method
by

Publisher: Ledizioni LediPublishing
ISBN/ASIN: 8895994159
ISBN-13: 9788895994154
Number of pages: 130

Description:
The aim of this thesis is to developed an efficient procedure for the application of BEM to transient scalar wave propagation problems, investigating the coerciveness property of the related energy functional, avoiding the analysis in the frequency domain.

Home page url

Download or read it online for free here:
Download link
(3.6MB, PDF)

Similar books

Book cover: Voting, Arbitration & Fair Division: Mathematics of Social ChoiceVoting, Arbitration & Fair Division: Mathematics of Social Choice
by - Trent University
An introduction to social choice theory, which uses mathematics to study the strengths/weaknesses of voting systems, arbitration schemes, and other methods of group decision making. Lots of pictures, requires only basic linear algebra.
(19626 views)
Book cover: A Basic Course in Applied MathematicsA Basic Course in Applied Mathematics
by - Lulea University of Technology
Topics: dimensional analysis and scaling; perturbation methods; the calculus of variations; the theory of partial differential equations; Sturm-Liouville theory; transform theory with applications; Hamiltonian theory and isoperimetric problems; etc.
(32901 views)
Book cover: Computational Modeling and Mathematics Applied to the Physical SciencesComputational Modeling and Mathematics Applied to the Physical Sciences
- National Academy Press
We examine several deep theoretical problems, including turbulence and combustion. At the frontiers of attack on these problems we discover the limitations imposed by our current understanding of model formulation and computational capability.
(9790 views)
Book cover: Mathematical Methods of Engineering AnalysisMathematical Methods of Engineering Analysis
by
This text covers general notions regarding sets, functions, sequences, and series; metric spaces, convergence, continuity, approximations; functions on metric spaces; differential and integral equations; convex analysis; measure and integration.
(21170 views)