Implementation of the 12 steps approach to the Navier-Stokes equations, essential for simulating fluid dynamics.
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Updated
Jun 7, 2024 - C++
Implementation of the 12 steps approach to the Navier-Stokes equations, essential for simulating fluid dynamics.
Julia package for solving singular integral equations
Materials for "Differences between OpenACC and OpenMP offloading models" tutorial.
Author's implementation of SIGGRAPH 2023 paper, "A Practical Walk-on-Boundary Method for Boundary Value Problems."
MPI user-level checkpoint library
A Maxima package to compute Fourier series and solve partial differential equations.
Solving Laplace's equation in 2D using the method of relaxation.
In numerical analysis, a numerical method is a mathematical tool designed to solve numerical problems. The implementation of a numerical method with an appropriate convergence check in a programming language is called a numerical algorithm
A fast direct dense solver with machine accuracy for 2-D Laplace's equation
Gauss–Seidel algorithm for electrostatic fields
Fast Monte Carlo estimator for numerically solving a Poisson PDE.
This project demonstrates the use of finite difference methods to solve Laplace's and Maxwell's equations using MATLAB. It includes a 2D solver for potential distribution and a 1D FDTD simulation for electromagnetic wave propagation.
Coursework: 2D Laplace Equation FEM: C++ // Illustrations and analysis: Jupyter Notebook
Bachelor's final project
Solves the Laplace equation for a specific mesh and boundaries.
Monte Carlo Method to Solve Laplace and Poisson Equations with example for EE447 High Voltage Engineering
APPM 4660 Intermediate Numerical Analysis II final project [Spring 2021].
just a simple example project showcasing the usage of Eigen for solving the Laplace equation on a 2d grid, and its usefulness.
Solving the Laplace Equation numerically using Finite Difference Method
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