Imprint: Supplementary C++ Program Sources to the Software of the Reference Books
Meissner Udo F.: Tensor Calculus with Object-Oriented Matrices for Numerical Methods in Mechanics and Engineering
- Fundamentals and Functions for Tensor/Matrix Algorithms of the Finite Element Method.
Springer-Birkhäuser (2024) - Hardcover 978-3-031-59301-7 -Softcover 978-3-031-59304- 8 - eBook 978-3-031-59302-4 https://doi.org/10.1007/978-3-031-59302-4
Meißner Udo F.: Tensorkalkül mit objektorientierten Matrizen für numerische Methoden
in Mechanik und Ingenieurwissenschaften
- Grundlagen für Tensor-/Matrix-Algorithmen der Finite-Elemente-Methode, 1. Auflage.
Springer Vieweg (2022) -Hardcover 978-3-658-39880-4 -eBook 978-3-658-39881-1
https://doi.org/10.1007/978-3-658-39881-1
- Grundlagen und Funktionen für Tensor-/Matrix-Algorithmen der Finite-Elemente-Methode, 2. Auflage.
Springer-Vieweg (2024) -Hardcover 978-3-658-44938-4 -eBook 978-3-658-44939-1
https://doi.org/10.1007/978-3-658-44939-1
Meißner Udo F., Maurial Andreas: Die Methode der finiten Elemente, 2. Auflage.
Springer (2000) -Softcover 978-3-540-67439-9 -eBook 978-3-642-57250-0
https://doi.org/10.1007/978-3-642-57250-0
Main FEM_Demo Test of individual Functions -> FEM_Demo.cpp.zip FEM_Demo.exe File (W10-x64) -> FEM_Demo.exe.zip
Example: Metric of virtual Tetrahedron (Fig. 7.2) -> INPUT-File.zip
Funktion TUTORIUM A compact Introduction to Matrix/Tensor Algorithms -> Tutorials.cpp.zip
TUTORIAL with Object-Oriented Methods
References Samples Matrix and Tensor Objects of higher Order -> References.pdf.zip
Muster Matrix- und Tensor-Objekte höherer Stufe
Abstracts Levi-Civita Symbol, €-Tensor
Function PARALLELOGRAMM Stiffness Relations of Finite Element -> FEM_Demo.h.zip
PARALLELOGRAM
Function DREIECK / TRIANGLE Stiffness Relations of Finite Element -> FEM_Demo.h.zip
Function METRIK / METRIC Basis Vectors and Metric Tensors -> FEM_Demo.h.zip
Function BASIS_3D/ BASES_3D Central and Parallel Perspective of Basis Vectors -> FEM_Demo.h.zip
Functions UP Subroutines P0048 (Date) & R0048 (ExecutingTime) -> UP.cpp.zip
Declarations -> FEM_Demo.h.zip
Definitions UPfunct.cpp, Prototype for Built of Library UP_lib -> Prototype.h.zip
Class MATRIZEN Basis Class for common Matrices (double) -> Matrizen.cpp.zip
Deklarationen (private members) -> Rest_Matrizen.h.zip
Definitions MATRIXclass.cpp, Prototype for Built of -> Prototype.h.zip
Library MATRIXclasss.lib
Class MATRIX, qMATRIX rectangular Matrices (double) -> Matrix.cpp.zip
Equation Solvers (double) of Gauss & Cholesky - > GSystem.cpp.zip
Declarations (private members) -> Rest_Matrizen.h.zip
Class delta_MATRIX Identity Matrices, delta Tensors (double) -> delta_Matrix.cpp.zip
Class e_MATRIX e-Matrices, epsilon-Tensors (double) -> e_Matrix.cpp.zip
Class VEKTOR Vectors (double) -> Vektor.cpp.zip
Class intMATRIX rectangular Matrices (int) -> int_Matrix.cpp.zip
Declarations (private members) -> Rest_Matrizen.h.zip
Class intVektor Vectors (int) -> int_Vektor.cpp.zip
Class BASIS Basis Vectors, Metrics, epsilon-Tensors (double) -> Basis.cpp.zip
Class PERSPEKTIVE Central and Parrallel Perspective for Wireframe Models -> Perspektive.cpp.zip
Class PyPLOT Graphics for Basis Vectors and Line Elements -> PyPlot.cpp.zip
matplotlibcpp.h Update for method text within Python wrapper -> TEXT_COLOR.zip
pre-compiled Header File Declaration File pch.h (Prototype) -> Prototype.h.zip
Declaration File Bib.h (Prototype) -> Prototype.h.zip
Declaration File MATRIXclass.h (Prototype) -> Prototype.h.zip
Disclaimer: Authors Copyrights by Univ.-Prof. Dr.-Ing. Udo F. Meissner in Erkrath / Darmstadt (Germany).
Advanced teaching and study programs - Without authors approval, commercial use is not permitted!
The author resumes no reliability for incompleteness and errors of the sources.