Open Nuclear Reactor Simulator

The 2DECOMP&FFT library provides access to a slabs and pencil decompositions as well as FFTs.

An Open Nuclear Reactor Simulator and Reactor Core Analysis Tool

ForSolver - linear and nonlinear solvers

Fortran Environment for Numerics

This repository demonstrates the use of whole array technique in Fortran programming language for phase-field codes. The codes are 2D.

Numerical Analysis Problems and Solutions

The repository contains phase field codes using index array programming technique. The codes are 2D and are not optimized.

High-order conservative finite difference solver for the magnetohydrodynamics equations

High-order conservative finite difference solver for the shallow water equations

Fortran 77 Program for EM Modelling

Simulation of tumors subjected to MHT + creation of a database + ML analysis

Numeric solution of the wave partial differential equation in 2D and 3D using the explicit and implicit methods of finite differences.

High-performance 1D Wave Equation solver implementing Finite Difference Method using Modern Fortran and OpenMP.

High-order conservative finite difference solver for the relativistic hydrodynamics equations

High-order conservative finite difference solver for the hydrodynamics equations

The repository contains phase field codes using internal procedures. The codes are 2D and are not optimized

Finite differencing code in Fortran for derivative approximation

Optimized computational code for thermal effects in pulsed second harmonic generation (SHG) using Gaussian beams. Achieves 99% memory reduction and 86% execution time reduction through array optimization, loop restructuring, and MPI parallel computing. Fortran implementation for Type-II SHG in KTP crystals.