rk4-ode-solver

CUMCM-A

Set of flutter physics simulations

Numerical solution to the N-body problem in 3D space, leveraging the Runge-Kutta Order 4 method. Additionally, I create dynamic animations to visualize body displacements.

This is a solver for nth order ODEs using RK4 written in c++

This is a solver for nth order systems of differential equations using the fourth-order Runge-Kutta method for solving systems of DEs

Overview, code and project report of my summer 2022 work on Brownian Motion

Realisation of Euler's and RK4 methods and their application in shooting method.

Runge–Kutta method RK4 for second order differential equations

Small collection of differential equations and numerical solvers

This is a simulation with GUI of skipping stones phenomenon based on the associated real physical model.

Computational modeling practical exercises.

An interactive web-based visualization of the SEIRS epidemiological model for understanding disease spread dynamics.

Hand-implemented Euler and RK4 integrators (no scipy.integrate), validated on two problems: projectile motion with quadratic air drag, and the simple harmonic oscillator.

Chua circuit simulator

Simple, dependency free, explicit Runge–Kutta codes