Numerical analysis techniques include finite difference analysis, finite element analysis, fast Fourier transforms, and related.
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Searchable repository of free numerical software.
A comprehensive spline curve function library for creating and evaluating splines in Excel, VB and VBA. Free download of evaluation copy.
Astronomical computations and mathematical functions source programs in C. Home page of the Cephes Mathematical Library.
Resources: Acoustics, Laplace and Helmholtz Problems. Book, manuals, Fortran software (Free and to purchase).
Ready to use solutions for optimization problems, or at least a way to build such a solution using work done by others. Where possible, public domain software is listed.
Free general PDE solver driven by a user friendly language. Both a 2D and a 3D version are available. MacOS, Windows.
Software for high-performance computers available in source form for problems in numerical linear algebra, specifically dense, sparse direct and iterative systems and sparse iterative eigenvalue problems.
Free numerical analysis and visualization environment similar to Matlab.
Central location for custom scripts, functions and extensions to GNU Octave.
This private website is entirely dedicated to sources in numerical analysis in four languages: Basic, C++, Fortran and Pascal in Microsoft Windows environment.
For the manipulation of matrices in the C++ language, oriented towards science and engineering applications.
Notes and Fortran code on topics including: Finite elements, finite differences, boundary elements, integral equation methods, optimisation,linear systems, numerical integration, ODEs.
A Java-Applet/Application for solving ODE systems.
Software and Algorithms for linear and nonlinear inverse Problems: Computerized tomography, wavelet applications, statical computations, multi parameter fit and more
Test problems, experimental results from a number of proven solvers, solvers, subroutines providing a common interface and links for Initial Value Problems for ODEs, DAEs and IDEs.
Will Naylor's free, unrestricted ANSI-C subroutine library including numerical routines such as conjugate-gradient and conjugate-directions, simplex method, transportation problem, fast-Fourier transform, matrix and vector operations.
An implementation of lazy exact real arithmetic in C by Keith Briggs.
Searchable repository of free numerical software.
This private website is entirely dedicated to sources in numerical analysis in four languages: Basic, C++, Fortran and Pascal in Microsoft Windows environment.
An implementation of lazy exact real arithmetic in C by Keith Briggs.
Ready to use solutions for optimization problems, or at least a way to build such a solution using work done by others. Where possible, public domain software is listed.
A Java-Applet/Application for solving ODE systems.
Central location for custom scripts, functions and extensions to GNU Octave.
For the manipulation of matrices in the C++ language, oriented towards science and engineering applications.
Notes and Fortran code on topics including: Finite elements, finite differences, boundary elements, integral equation methods, optimisation,linear systems, numerical integration, ODEs.
Test problems, experimental results from a number of proven solvers, solvers, subroutines providing a common interface and links for Initial Value Problems for ODEs, DAEs and IDEs.
Free general PDE solver driven by a user friendly language. Both a 2D and a 3D version are available. MacOS, Windows.
Free numerical analysis and visualization environment similar to Matlab.
Resources: Acoustics, Laplace and Helmholtz Problems. Book, manuals, Fortran software (Free and to purchase).
Astronomical computations and mathematical functions source programs in C. Home page of the Cephes Mathematical Library.
Software and Algorithms for linear and nonlinear inverse Problems: Computerized tomography, wavelet applications, statical computations, multi parameter fit and more
Software for high-performance computers available in source form for problems in numerical linear algebra, specifically dense, sparse direct and iterative systems and sparse iterative eigenvalue problems.
Will Naylor's free, unrestricted ANSI-C subroutine library including numerical routines such as conjugate-gradient and conjugate-directions, simplex method, transportation problem, fast-Fourier transform, matrix and vector operations.
A comprehensive spline curve function library for creating and evaluating splines in Excel, VB and VBA. Free download of evaluation copy.
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October 18, 2023 at 6:45:07 UTC
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- Recently edited by merlin1
- Recently edited by merlin1