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Fortran

Fortran is a statically typed compiled programming language that is especially suited to numeric computation, and scientific computing. While Fortran has been in use since its inception by John Backus at IBM in 1957, it still remains popular today, especially for computationally intensive applications including numerical weather prediction, finite element analysis, computational fluid dynamics, computational physics, crystallography, and computational chemistry. Despite its age, new language revisions include syntax and semantics for modern language ideas including pointers, recursion, object orientated programming features, and parallel programming using Coarray Fortran.

GitHub: https://github.com/topics/fortran
Wikipedia: https://wikipedia.org/wiki/Fortran
Repo: https://github.com/j3-fortran
Created by: John W. Backus
Released: April 1957
Related Topics: mpi, coarrays, coarray-fortran, hpc, high-performance-computing, c, compiler, finite-element-method,
Aliases: f95, f77, fortran90, fortran77, fortran95, fortran2003, fortran2008, fortran2018,
Last updated: 2025-02-14 00:07:14 UTC
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https://github.com/caeassistant-group/umat-abaqus-tsai-hill-orthotropic-composite-subroutine

The UMAT subroutine is a tool in Abaqus that can be used when a material cannot be adequately modeled using the Abaqus material library. In this project, we employed this subroutine to evaluate the Tsai-Hill failure criterion in composites. Additional projects in this field can also be accessed on the following link.

3ds abaqus cae finite-element-analysis finite-element-methods fortran numerical-analysis simulation subroutine tsai-hill umat

Last synced: 14 Feb 2025

https://github.com/caeassistant-group/abaqus-hashin-progressive-damage-for-3d-continuum-composites-vumat-subroutine-

Hashin criteria predict failure modes in composites based on stresses in fiber and matrix. While effective, implementing them in numerical simulations poses challenges. Abaqus addresses this but is limited to 2D plane stress. A VUMAT subroutine extends Abaqus to simulate 3D damage progression using the energy method for static and dynamic problems.

abaqus cae damage failure failure-analysis failure-detection finite-element-analysis fortran hashin numerical-analysis numerical-simulations simulation