Introduction to Finite and Spectral Element Methods Using MATLAB, Second Edition.
[Book]
Constantine Pozrikidis
2nd ed
Hoboken
CRC Press
2014
(823 pages)
Front Cover; Contents; Preface; FSELIB software library; Frequently asked questions; Chapter 1 --;The finite element method in one dimension; Chapter 2 --;Further applications in one dimension; Chapter 3 --;High-order and spectral elements in one dimension; Chapter 4 --;The finite element method in two dimensions; Chapter 5 --;Quadratic and spectral elements in two dimensions; Chapter 6 --;Applications in mechanics; Chapter 7 --;Viscous flow; Chapter 8 --;Finite and spectral element methods in three dimensions; Appendix A --;Mathematical supplement; Appendix B --;Orthogonal polynomials. Appendix C --;Linear solversAppendix D --;Function interpolation; Appendix E --;Element grid generation; Appendix F --;Glossary; Appendix G --;MATLAB primer; References; Back Cover.
The Finite Element Method in One Dimension. Further Applications in One Dimension. High-Order and Spectral Elements in One Dimension. The Finite Element Method in Two Dimensions. Quadratic and Spectral Elements in Two Dimensions. Applications in Mechanics. Viscous Flow. Finite and Spectral Element Methods in Three Dimensions. Appendices. References. Index.