Finite Difference Method to solve Poisson's Equation in Two Dimensions. by Sathyanarayan Rao

This code employs successive over relaxation method to solve Poisson's equation. (poisson equation, numerical methods, successive over relax...)

po.m

Inviscid Channel Flow by Ye Cheng

This MATLAB App provides a GUI to study inviscid flow in a channel with varying cross sections. (teaching, numerical methods, fluid mechanics)

inviscidChannel

inviscidChannelGUI(varargin)

inviscidChannelScript.m

Boundary Layer App by Ye Cheng

This MATLAB App provides a GUI to study laminar boundary layer problem of flow over a flat plate. (teaching, numerical methods, fluid mechanics)

boundaryLayer

boundaryLayerGUI(varargin)

tdma(A,B,C,D)

Potential Flow by Ye Cheng

This MATLAB App provides a GUI to study the superposition of elementary potential flows. (gui, app, fluid mechanics)

potentialFlow

addPotential(xmesh,ymesh,x_c,y_c,q,type)

potentialFlowGUI(varargin)

Transient Heat Conduction by Ye Cheng

This MATLAB App provides a GUI to study transient and steady-state heat conductions. (app, heat transfer, conduction)

transientConduction

transientConductionGUI(varargin)

Biorthogonal Wavelet Compression Tool by Brian Moore

Contains numerous functions to generate biorthogonal wavelets and compress grayscale/color images. (wavelets, biorthogonal wavelets, jpeg)

BWDesignTool(varargin)

BiorthogonalWavelets(imageStr,iter,cf,varargin)

CDFWavelets(l,lt,varargin)

Numerical Computing with MATLAB by Cleve Moler

Apps from Numerical Computing with MATLAB (numerical methods, random numbers, article)

Numerical Computing with MATLAB

Neumerical Methods- Newton Raphson Method by satendra kumar

This script takes the input function adn solve it with the help of newton-Raphson (matlab, newton raphson, numerical methods)

Newton_Raphson.m

Solving System of Equations by Kehinde OROLU

This function solves system of linear equations using Gaussian Elimination method (numerical methods, mathematics, linear equations)

Simpson's Rule Integration by Juan Camilo Medina

Computes an integral "I" via Simpson's rule in the interval [a,b] with n+1 equally spaced points (approximation, integration, simpsons rule)

simpsons(f,a,b,n)

Piecewise Hermite Cubic Interpolation by Juan Camilo Medina

Interpolates with a Hermite cubic polynomial using the function values and corresponding derivatives (interpolation, hermite, mathematics)

y=p3hermite(x,pointx,pointy,yprime,plt)

Numerical Methods by Asutosh Mishra

Involves Integration,Linear Systems,Differential Equations (mathematics, numerical methods)

UserInputFunction(x,y)

NumericalMethodsDifferentialEquations.m

NumericalMethodsIntegrations.m

Files associated with FREE finite difference textbook by Clive

m-files to implement classical finite difference schemes for partial differential equations. (diffusion, finite difference met..., cfd)

Casestudychapter3

LaplaceGStest

LaplaceJacobigeneral

Numerical Analysis Functions 1 by Jonathan Lister

Functions for the Bisection, Fixed-Point, Newton-Raphson, and Muller's methods. (newtonraphson, fixedpoint, bisection)

bisection(strEqn,strVar,a,b,tol,n)

fixedpoint(strEqn,strVar,p0,tol,n)

muller(strEqn,strVar,p0,p1,p2,tol,n)

Spline Natural by Angel Diaz

determina los polinomios del spline natural de frontera liobre (numerical methods, cubic splin, mathematics)

natural_spline.m

Gravity by link2358 noname

Computes position of several bodies under the action of gravitatory forces. (aerospace, numerical methods)

findv(inibod,endbod,inid,dt2,init,inidir,tol,tol2,miter)

mindist(inibod,inid,dt2,init,inidir,iniv,tol,miter,nplot)

recpos(t,deltat,pos2)

Matrix approach to discretization of ODEs and PDEs of arbitrary real order by Igor Podlubny

Functions illustrating matrix approach to discretization of ODEs / PDEs with fractional derivatives. (differential, discretization, fractional differenti...)

Matrix approach to discretization of ODEs and PDEs of arbit...

bagleytorvikequation(A,B,C)

ban(alpha,N,h)

Essentials of Computational Physics. Part 1: An introduction to finite-difference methods by Victor Zalizniak

Companion software package. (finitedifference, engineering, pde)

[d,u,p,e,time]=godunov_gasdynamics(dd,ud,pd,h,nx,r,tp,gamma...

[d,u,p,e,time]=lw_gasdynamics(dd,ud,pd,h,nx,r,cad,tp,gamma,...

[d,u,p,e,time]=waf_gasdynamics(dd,ud,pd,h,nx,r,cad,tp,gamma...

Numerical Methods Using MATLAB, 4e by John Mathews

Companion software to accompany the book "Numerical Methods Using MATLAB" (numerical methods, numerical analysis, mathematics)

A=abm(f,T,Y)

D=qr2(A,epsilon)

E=euler(f,a,b,ya,M)

Numerical Methods Using MATLAB, 3e by John Mathews

Companion Software (mathematics, numerical analysis, numerical methods)

A=abm(f,T,Y)

D=qr1(A,epsilon)

D=qr2(A,epsilon)

Numerical Methods using Matlab, 2e by John Penny

Companion Software (mathematics, numerical methods, matlab)

F=f302(x);

F=f303(x)

F=f304(x);

Numerical Methods for Physics by Alejandro Garcia

Companion Software (physics, numerical methods, analytical techniques)

...

...

FNewt(x,a)

Numerical Methods Using MATLAB, 2e by John Mathews

Companion Software (mathematics, numerical methods, matlab)

abm(f,T,Y)

adapt(f,a,b,tol)

approot(X,Y,epsilon)