Week 5 - Mid term project - Solving the steady and unsteady 2D heat conduction problem

The main objective is to explain the interpolation scheme and flux limiters in FVM. We first go through the class of elliptic parabolic or hyperbolic equations, we choose Laplace equation,linear wave equation,transient heat conduction equation to solve the fluid flow problems and we get to known the importance of boundary…

 In this challenge, the main objective is to make a mesh of flowing fluid which is flowing from backward facing step geometry of given dimensions and to simulate some parameters like velocity and pressure of fluid inside the geometry.   When the laminar viscous flow enters in the geometry, it has a step, due to this, the…

Nozzle - nozzle is used to control the velocity of  fluid flow flowing through nozzle. As area of the nozzle decreases, speed of fluid flow increases because when area decreases,the pressure also decreases and the fluid flows fast due to decrease in pressure (Convergent type nozzle ) When area of the nozzle increases…

Our main objective is to perform the simulation of 2 dimensional heat conduction for a square domain Boundary conditions Top Boundary = 600 K Bottom Boundary = 900 K Left Boundary = 400 K Right Boundary = 800 K Steady state heat conduction - the heat flow rate from a solid or liquid does not change as the time proceeds…

                                                    A REPORT ON TAYLOR TABLE   By the taylor series, it became possible to convert derivative functions into  numerical algebraic functions.…