Partial Differential Equations Source Code Fortran Languages

• - Fortran 90 software library for performing parallel adaptive mesh refinement (PAMR) on unstructured meshes.
  
• - Codes from books of W. E. Schiesser. Some are online, others are available upon request.
  
• - Modular general-purpose package written in Fortran 77 for the numerical solution of systems of differential-algebraic equations and 1D partial differential equations. It is used at Shell Research Laboratories and at several UK, Europe and North American U
  
• - Code from book by J.H. Ferziger and M.Peric.
  
• - Compatible with Lahey ELF90 (Fortran 90 subset) compiler.
  
• - Fortran 77 package by Jiri Zahradnik for 2-D P-SV elastic second-order finite differences.
  
• - Fortran 77 codes to solve partial differential equations via the multigrid method.
  
• - Fortran 90 code using adaptive refinement, multigrid and parallel computing to solve 2-D linear elliptic PDEs. Successor to MGGHAT.
  
• - Collection of vectorized, portable Fortran 77/90 subprograms which efficiently solve linear elliptic PDEs using multigrid iteration. OpenMP directives are used in the latest version to enable shared memory parallelism.
  
• - Package of Fortran 90 subroutines designed to provide an application developer with an easy route to extend an existing serial code which uses a logically cartesian structured mesh into a parallel code with adaptive mesh refinement.
  
• - Solution of PDEs using pseudospectral (collocation) methods.
  
• - Fortran 77 programs from book by P.H. Oosthuizen and D. Naylor.
  
• - Collection of Fortran subprograms which utilize cyclic reduction to directly solve second- and fourth-order finite difference approximations to separable elliptic PDEs in a variety of forms.
  
• - High level, portable system for solving elliptic boundary value problems, implemented in Fortran 77. [Commercial]
  
• - Fortran 77 codes to solve the Laplace and Helmoltz equations.
  
• - Describes a Fortran 95 code for solving the Navier-Stokes equation on a fully unstructured grid.
  
• - Program by Sorin Mitran to solve the 1D Euler equations using Harten's multiresolution algorithm.
  
• - Efficient Fortran 90 subprograms for the solution of separable elliptic partial differential equations.
  
• - Parallel Fortran 90 module to solve positive-definite elliptic linear second-order operator systems.
  
• - Finite Difference Time Domain code by L. E. Miller, Paul R. Hayes, and M. O'Keefe.
  
• - The "FInite DIfference SOLver/Cartesian Arbitrary Domain SOLver" is a program package for the solution of partial differential equations. 2- and 3-dimensional systems of elliptic (stationary) and parabolic (time-dependent) equations can be solve
  
  

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