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This repository features MATLAB projects using Finite Difference Methods to solve Laplace's equation and Maxwell's equations. It includes a 2D Laplace's Equation Solver and a 1D FDTD Simulation with wave propagation and absorption, providing practical understanding and visualization tools.
This repository contains the codes for the article: Data-driven mechanistic modeling of oxygen distribution and hypoxia profile in tumor microenvironment
This repository provides essential numerical algorithms for solving mathematical problems. Covering linear equations, differential equations and more, it's a valuable resource for students and professionals in science and engineering.
This project focuses on the simulation of the temperature field of the LITT device, calculating the distribution of photons in the cancer resistance and the resulting temperature change by Monte Carlo and finite difference methods, respectively.
The Baroclinic Ekman Transport Equation Solver is a numerical code to simulate wind-driven surface boundary layer currents for steady-state 1D problems.