Program for Simulation of Turbulent Flows
-
Updated
Nov 15, 2024 - 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.
Program for Simulation of Turbulent Flows
Open-source, graph-based Python code generator and analysis toolbox for dynamical systems (pre-implemented and custom models). Most pre-implemented models belong to the family of neural population models.
i-Code CNES is a static code analysis tool to help developpers write code compliant with CNES coding rules.
(REOS) Radar and Electro-Optical Simulation Framework written in C++.
Basics to implement user-defined materials (usrmat, umat) in LS-Dyna with Fortran
(REOS) Radar and ElectroOptical Simulation Framework written in Fortran.
All Algorithms implemented in Fortran. Making Fortran Great Again!
Three tools to deal with Fortran code: fixed to free source form converter, upper- to lowercase converter, formatter for variable declarations
Classification of John Burkardt's many Fortran 90 codes
A list of toolboxes for acoustical beamforming.
Receiver function inversion by reversible-jump Markov-chain Monte Carlo
Python package for automated bifurcation analysis and parameter continuations, based on Auto-07p.
A Complete beginner's introduction to programming with CUDA Fortran
An unstrctured 3-D Euler equation solver ( tetrahedral cell type)
Add capability to analyze Fortran & Shell in SonarQube through i-Code CNES.
This repository contains a Fortran implementation of a 2D flow using the projection method, with Finite Volume Method (FVM) approach. The code solves Navier Stokes equations in a 2D lid driven cavity, with computation of the rotational as well.
Material complementar do curso sobre compilação de programas em Fortran 90 através de arquivos Makefile e do programa make
Fortran-Julia syntax comparison and Maxwell Solver in 2D using Yee numerical scheme and MPI topology
Source code for an unstructured 2D Euler/Navier Stokes equation (triangle grid), Fortran 90 version, with some personal improvements, http://booksite.elsevier.com/9780080999951/examplecodes.php
Created by John W. Backus
Released April 1957