Book summary
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Book cover
Keywords
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Contents
1.Variational formulations
1.1. A 1D model problem
1.2. A 2D model problem (lapace eqution)
1.3. Some other boundary value problems
1.4. An eigenvalue problem
1.5. Problems
2. Finite elements method
2.1. F.E.M. for a 1D model problem
2.2. F.E.M. for a 2D model problem
2.3. “Stiffness” matrix and “load” vector
2.4. F.E.M. for an eigenvalue problem
2.5. Problems
3.Error analysis in F.E.M
3.1.An error estimate for F.E.M., 1D problems
3.2. An error estimate for F.E.M., 2D problems
3.3. Some other types of finite elements spaces
3.4. Problems
4. Direct and Iterative methods
4.1. Gaussian elimination
4.2. Iterative methods
4.3. Some minimization algorithms
4.4. Problems
5. Finite differences method
5.1. Existence and uniqueness of solutions of T.P.B.V.P.
5.2. A finite differences method
5.3. Eigenvalue problems
5.4. Problems
6. Appendices
6.1. Appendix A
6.2. Apendix B
6.3. Problems
6.4. Notations
6.5. Subject index
Chapter
Ch. 1 Introduction
Abstract
abstract ch 1 ???
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Chapter
Ch. 2 Preliminaries
Abstract
abstract ch2???
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Chapter
Ch. 3 ??
Abstract
abstract ch. 3 ???
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Chapter
Ch. 4 Stochastic…???
Abstract
abstract ch. 4 ???
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Chapter
Ch. 5 Stochastic…???
Abstract
abstract ch. 5 ???
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Chapter
Ch. 6 Stochastic…???
Abstract
abstract ch. 6 ???
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Cite this book as:
C.I. Gheorghiu, A Constructive Introduction to Finite Elements Method, Ed. Quo-Vadis, Cluj-Napoca, 1999.
Book Title
A Constructive Introduction to Finite Elements Method
Publisher
Quo Vadis
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