runge-kutta-4
There are 0 repository under runge-kutta-4 topic.
elsuizo / double-pendulum-sim
Double pendulum simulation in Rust Programming language
Language:Rust 35- Language:MATLAB 27
mino2357 / Sample_program_ODE
常微分方程式の数値解法の基礎．（教材）
Language:C++ 23baggepinnen / SeeToDee.jl
A small step for dynamics, a giant leap for SciML
Language:Julia 18Prabhu-369 / Quadcopter_6DOF_Matlab_files
Derivation of quadcopter nonlinear 6 degree of freedom equations is provided in this section
Language:MATLAB 12yiqiangjizhang / Atmospheric-Reentry-Dynamics
This paper graphically presents the evolutions of several variables during the re-entry of two types of vehicles: Ballistic and Supporters
Language:MATLAB 9Yourself1011 / Ultimate_Fluid_Sim
Ultimate Fluid Sim is a fluid simulation that makes use of the Smoothed Particle Hydrodynamics method.
Language:Processing 9osanj / spring-interpolator
An Animation-Interpolator, "reverse-engineered" from facebook/rebound
Language:Java 8lucasamtaylor01 / Lorenz63
Application of numerical methods in the Lorenz attractor 🌀
Language:Jupyter Notebook 6plosan / Atmospheric-Reentry
Study of the dynamics of atmospheric reentry
Language:MATLAB 5quangmnh / Mathematical-Modeling-Assignment-201-2020-HCMUT
Mathematical Modeling Assignment from term 201 - 2020, Ho Chi Minh University of Technology. This assignment is about simulating a dynamical system, which is the micro-climate in a Greenhouse. Basically a Greenhouse climate simulation.
Language:Python 5aadhityasw / VIT-Labs
A bunch of codes done in the labs of various courses during Undergrad.
Language:Jupyter Notebook 4cinaral / rk4_solver
Simple header-only C++ ODE solver library for Runge-Kutta 4th order method with events.
Language:C++ 4evalieben / Abkowitz-RK4
Solving Linear Ship Manoeuvring Motion Equations Using Rungekutta Fourth Order Method
Language:C++ 4joanrieu / numerical-integration
Implementation of numerical integration algorithms like Euler and Runge–Kutta (RK4)
Language:C 4QuantumGorilla / Numeric-methods-for-engineers
Numerical methods for engineers used for finding roots, solving matrix, finding functions from given values, performing integrals whose analytical solution is exhaustive, and solutions by approximation for differential equations.
Language:MATLAB 4bonamarton / phys_num
Numerical Methods for Physics
Language:C 3- Analisis_Numerico_fiuba
brunograssano / Analisis_Numerico_fiuba
Material y trabajos practicos de Analisis Numerico I - Catedra Sassano
Language:TeX 3 celestialheroes / celestial-tracker
A system that aims to track and predict the movements of celestial objects with a fair amount of accuracy.
Language:Python 3Dartacavalo / ModelisationControleEDO
Projet en C++ | Réalisation d'un moteur de résolution d'EDO et illustration de la théorie du contrôle linéaire
Language:C++ 3LoqmanSamani / biostoch
A Python library for simulating biological and chemical systems using deterministic and stochastic methods, including Euler’s method, Runge-Kutta, SSA, Tau-Leaping, and CLE.
Language:Jupyter Notebook 3nd-92 / rhoGodunovTurbFoam
Density-based compressible transient solver using the flux difference splitting scheme of Bui, with shock sensor-based upwinding. Primarily designed for compressible LES.
Language:C++ 3verse-chorus / NumericalMethodsSPbU
Реализация на Python, Java, C++ всех лабораторных работ к курсу численных методов ПМ-ПУ СПбГУ, 2-3 курсы.
Language:Jupyter Notebook 3akihiko47 / ODE-solvers-for-particle-physics-in-Unity
Ordinary Differential Equations (ODE) solvers for particle physics in Unity
Language:C# 2cvclon3 / SuperWeapon
The physical model of the projectile flight
Language:Python 2dmitryesin / runge-kutta-solver-bot
Telegram bot that solves differential equations of the 1st and 2nd order using the Runge-Kutta method
Language:Python 2- Runge_Kutta_4th_6th
jacometoss / Runge_Kutta_4th_6th
Runge Kuttta 4to y 6to orden: El método de Runge-Kutta (RK) es un conjunto de métodos iterativos (implícitos y explícitos) para la aproximación de soluciones de ecuaciones diferenciales ordinarias, en esta documentación se muestra el de cuarto y sexto orden. Otro método agregado es la Regla Trapezoidal que puede ser explicita, para diferenciar los métodos de solución explicito e implícito se agregan los dos puntos siguientes:
Language:Scilab 2 juliorodrigues07 / tumor_growth
Implementation of a mammary tumor growth ODE model.
Language:Python 2LorranSutter / DiscreteMethods
Discrete methods library
Language:Python 2- Language:Matlab 2
only-dev-ops / Runge-Kutta-4
RK-4 Approximation to a single and a System of ODE's when the initial conditions are provided.
Language:Python 2- Language:Jupyter Notebook 2
Sudarshan50 / Numerical-Investigation-of-Time-Temperature-Profile-in-Microwave-Heating-Process
Revealing microwave truth! ,We swapped a complex potato for a density-matched "stand-in" shaped like a rectangular block. This clever trick simplified electric field analysis, letting us focus on its key variations within the "potato." Ignoring minor influences like magnetic field and turntable rotation,we explored efficient core heating principle.
Language:C++ 2joon-young-lee / EasyTOV
Easy Tolman-Oppenheimer-Volkoff equation solver using RK4
Language:Python 1- LWPhysicsEngine
Radi3nt / LWPhysicsEngine
This project aims at creating a realtime physics engine to be used in games
Language:Java 1 RyanKingSoftware / propeller-crossflow-autorotation-solver
A numerical integrator for computing the transient behavior of propeller autorotation in pure crossflow.
Language:C++ 1
