Simulation of the n-component, two-bulb diffusion experiment using the finite volume method with implicit time discretisation.

BUET CSE Level 2 - Term 1 Sessional Offlines (CSE204, CSE218)

[2018.03 ~ 2019.12] The Numerical Method Library(NM) is a self-contained C++ library for engineering mathematics.

Numerical Application - My Part 🧮 A Java-based numerical computation tool implementing matrix operations, root-finding methods, differential equations, and iterative solutions. 🚀

Numerical analysis lab 4 (Dirichlet problem for Poisson equation)

This was a term paper made as a course project in the field of Numerical Computation for Chemical Engineers.

Ce projet traite de la création d’une classe destinée à résoudre des systèmes linéaires à l’aide de différentes méthodes.

We implemented 4 iterative methods in C++: Jacobi, Gauss-Seidel, Conjugate Gradient and GMRES

Draws a curve through a user-defined set of points, based on the polynomial order specified

Simulation Execution Architecture - Partition-based Logical processor Allocator Node with Extensible inline Scheduler

Rrosace seaplanes is simulator that distribute rrosace models using the seaplanes simulation framework.

Including some basic numerical computing applications.

Numerical Methods Sessional Source Codes

Simulation of the three-component, two-bulb diffusion experiment using the finite volume method.

Repository of the assignment for the course Numerical Analysis of the Costa Rica Institute of Technology that solves systems of linear equations.

Simulation of the n-component twin-bulb diffusion experiment using the finite volume method.

A C++ program that finds the roots of any polynomial function using the Bisection, Secant, and False Position methods.) numerical methods

Asymptotic Preserving Plasma Model (APPM), as developed in Roman Fuchs' doctoral thesis.

Two-bulb three-component Maxwell-Stefan diffusion using the finite volume method.

Résolution du problème de diffusion thermique en 2D dans un four.