clear all close all clc % code for solving II order PDE (heat conduction) by using point itERATIVE % TECHNIQUE % BC's % top face = 600 K % bottom face = 900 K % left face = 400 K % right face = 800 k % Equation --> [d^2(T)/dx^2] + [d^2(T)/dy^2] = 0 2-D heat conduction % equation w = 1.2; % sucessive over-relaxation…

clear all close all clc %inputs n=31; x=linspace(0,3,n); dx=x(2)-x(1); gama=1.4; nt=1000;% no. of time steps %calculation of initial profile rho= 1-0.3146*x; T=1-0.2314*x; v=(0.1 + 1.09*x).*T.^0.5; % local sonic velocity a1=(T).^0.5; %area a = 1 + 2.2*(x-1.5).^2; % mass flow rate m=(rho.*v).*a; m_ini=m; % times step %…

Block Mesh Challenge In this challange we run a case in openfoam for a step-velocity profile.For that we create a geometry by editing the blockMeshDict file which is a dictianory file. This file contains the information about the geometry, blocks which make up the geometry and the mesh that is generated on the 2D domain.…

SIMULATION OF LAMINAR PIPE-FLOW IN OPENFOAM --> In this project we are going to analyse fluid flowing in the pipe and compare computational result (obtained in openFoam) with analytical hagen-poiseuille equation for laminar pipe flow. In the process we are going to capture the laminar Boundary layer development at the…