"topic:runga-kutta-method" — Search

4 results for “topic:runga-kutta-method”

C++11 implementation of numerical algorithms described in Numerical Analysis by Richard L. Burden and J. Douglas Faires

bisection-methodcpp17curve-fittingdivided-differenceseuler-methodfixed-point-methodgauss-methodslagrange-interpolationmathematicsmodified-newton-methodnewton-methodnonlinear-systemsnumerical-differentiationnumerical-integrationnumerical-methodsregula-falsi-methodrunga-kutta-methodsecant-methodtaylor-method

Gaurav-Van/3-Body-Problem-Simulations

This repository contains two Python simulations of the three-body problem

Python21Updated 1 year ago

3-body-problemeulermathematicsphysicsphysics-simulationpythonrunga-kutta-methodsimulationvpython

apurva313/Numerical-Method

Join me in discovering innovative solutions for mathematical challenges. From optimization to simulations, let's journey through the realm of algorithms together.

C10Updated 2 years ago

algorithmsbisection-methodccppeuler-methodgauss-eliminationgauss-elimination-methodlagrange-interpolationnewton-interpolationnewton-raphsonnumerical-methodsregulafalsi-methodrunga-kutta-methodsecant-methodsimpson-methodtaylor-seriestrapezoidal-methodtrapezoidal-ruleweddle-s-rule

sagnik150699/Euler-s-Modified-Euler-s-Runga-Kutta-Methods

Numerical methods for ODEs in C: Implementations of Euler's, Modified Euler's, and Runge-Kutta methods. Ideal for students and researchers looking for efficient ODE solvers

C00Updated 2 years ago

c-programmingmodified-euler-methodrunga-kutta-methodrungakutta