Experimental Investigation on Solar Chimney for room ventilation by Ashish Meshram (Meet)

This project implements experimental Investigation on Solar chimney for room ventilation (solar chimney, ventilation, mass rate flow)

EISCRV(H,T,Ta,Ls,W,z,d,Vr,maxiter,maxerr)

GaussSeidelSOR(A,b,omega,es,maxit)

MatCrea(Coeff,Flux,Wall,Tf,Ta,Ls,z,W,d)

N-Dimensional Trapezoidal integral by Mohammed Sadeq Al-Rawi

See title. (communications, biotech, image processing)

trapezoidal_rule_nd_integral(x, mat, N)

Vectorized Bisection Search by Sky Sartorius

Find x such that f(x) = target. Vectorization allows for some key advantages over FZERO. (bisection, search, root)

bisection(f,lb,ub,target,options)

Linear Algebra Package by Brian Moore

Implements many common linear algebra functions in completely self-contained MATLAB code. (matrix theory, eigenvalue computatio..., linear algebra)

myArnoldi(mat,varargin)

myCholesky(mat,varargin)

myCompanionMatrix(c)

Secant iteration method by hüseyin çilsalar

secant iteration alorithm to find a function's root (numerical analysis, secant method)

Secant_Iteration.m

Newton-Rapshon method by hüseyin çilsalar

Calculation of a function's root using Newton-Rapshon method (newtonrapshon, numerical analysis, root finding)

Newton_Rapshon_Method.m

Numerical analysis example by Gholamreza (Shahab) Anbarjafari

this program is a simple example of numerical analysis application in MATLAB. (root, numerical analysis)

NumericExample.m

Chebfun by Chebfun Team

Numerical computation with functions instead of numbers. (chebfun, approximation, interpolation)

A greedy algorithm for choosing interpolation points

A keyhole contour integral

A parameter dependent ODE with breakpoints

Gauss Laguerre Quadrature by David Holdaway

Generates points and weights for Gauss Laguerre Quadrature, to a tolerance, tested for N < 300 (mathematics, numerical analysis)

gengausslegquadrule( nmax,tol,numpoint,reccalls,maxrec)

hessianAnalysisDemo by Steinar Elgsæter

Demo of how Hessian analysis can reveal a poorly scaled estimation problem (hessian, numerical analysis, modeling)

hessianAnalysisDemo.m

MathGen v0.02 by Jared

simple math engine (gui, mathematics, numerical analysis)

coefficient(x,y,L)

ext_plot3(varargin)

gen(varargin)

Myriapole by Anton

This program computes generalized polarization tensors (GPT's). (generalized polarizat..., contracted gpt, inverse conductivity ...)

GPTGUI(varargin)

boundarydet(acc,IM)

disktensor(order,r,k)

Fast Possion equation solver by Evan Ruzanski

Solves the Poisson equation using Successive Overrelaxation (SOR) with Chebyshev acceleration. (numerical analysis, partial differential ..., pde)

solvePoissonSOR(y,maxIt,maxErr)

Newton Method in N dimensions by Kyle Drerup

Simple implementation of Newton's method, in n dimensions, taking input of >=n equations. (newtons method, root finding, numerical analysis)

newton_n_dim(tolerance_rss,initial_estimate,sym_variables,s...

Dominant Diagonal by T. R.

The input matrix is tested in order to know of its diagonal is dominant. (dominant diagonal, numerical analysis)

domdiag( A, strOpt )

Newton's Method by T. R.

Newton's method for finding zeros of a function. (newton, numerical analysis, roots)

newton( f, df, x0, tol, nmax )

Successive Over-Relaxation by T. R.

This function solves linear equation systems such as Ax=b using SOR method. (numerical analysis, successive over relax...)

sor(A, x, b, w, max_it, tol)

Fixed Point Method by T. R.

The Fixed Point Method is applied to a given function. (numerical analysis, fixed point)

fixedpoint(g, x0, tol, nmax, L)

Bisection Method by T. R.

Bisection Method (bisection, numerical analysis)

bisection(f, a, b, N, Tol, verb)

Newton's Method for Divided Differences. by T. R.

Newton's Method for Divided Differences. (divided differences, numerical analysis, newton)

divdiff(X, Y)

Different error calculation for numerical analysis. by T. R.

Calculates several numerical error types. (error percentage, relative error, absolute error)

errors(X, Xa)

Factorial of Large Numbers (>170) by Nabin S Sharma

Use of Symbolic Math Toolbox to calculate the factorial of large numbers. (numerical analysis)

fact(n)

example.m

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 Analysis and Graphic Visualization with MATLAB by Shoichiro Nakamura

Companion Software (mathematics, graphic visualization, numerical analysis)

APE_rk(La, Lb, Ra, Rb ,C)

APE_rk(La, Lb, Ra, Rb ,C)

Cheby_pw(n)

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)

A Viking Ship by Pontus Axelsson

A fully-rigged Viking ship with animation. (gallery, viking, ship)

A=areaunder(p1,b,c,p2,a)

c=vcol()

f=dfz(p1,b,c,p2,t)

Eye-catching report cover by Michael Henderson

Eye-catching report cover (gallery, eyecatching, report cover)

cover.m