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cfd-godunov-scheme-1d-with-mpi

One-dimensional linearized Godunov scheme for solving equations of fluid dynamics, implemented by hybrid MPI + OpenMP technologies.

database.-yellow-belt-on-cpp.

This project is aimed to build database DATE/EVENT and to improve knowledge on C++ while coding. Look readme.txt for further details.

godunov_1d_omp

The parallel OpenMP implementation of linearized Godunov scheme (2017) for one-dimensional equations of fluid dynamics. The solution of few model problems, including Riemann problem, is presented.

heat-equation-solver

Numerical solution of direct and continuation problems for one-dimensional parabolic equation. The three numerical methods has been applied: gradient method, finite-difference scheme inversion and singular value decomposition.

hospital-queue

This project is computer simulation of electronic queue in hospital

iterative-helmholtz-solver-with-hss

iterative-helmholtz-solver-with-pardiso

Iterative solver for 3D Helmholtz problem using FFT's to reduce dimension and PARDISO to solve arising set of 2D Helmholtz problems

lapack

LAPACK development repository

laplace-solver-with-compressed-matrices

Sparse solver for Laplace equation using technology of data compression (HSS) based on singular value decomposition

shapes

The university project. Matematics and mechanics department. Goal is to build the hierarchy of class Shape by using inheritance technology.

solving-ip-for-ode-using-linearization-and-svd

In this project we solve direct problem (DP) and inverse problem (IP) for ODE using linearization algorithm for representing the problem in Aq=f view in order to use SVD algorithm to get the final solution

sparse-lu

Sequential LU factorization for the sparse block tridiagonal matrix