Abstract :  The heat conduction equation is a partial differential equation that describes the distribution of heat (or the temperature field) in a given body over time. Detailed knowledge of the temperature field is very important in thermal conduction through materials. The equation have…

Abstract : Set up of a time marching, finite difference solution for the Quasi 1D subsonic supersonic nozzle flow. Non-dimensionalizing the Governing flow equations and setting them up with relevant initial and boundary conditions and solving using the Maccormacks technique. Simulating the solution for convergence…

  I. Introduction :  The behavior of pipe flow is governed mainly by the effects of viscosity and gravity relative to the inertial forces of the flow. In this project, Simulation of flow of fluid through a pipe is done to study its effects by creating the geometry in blockMeshDict. Since Simulating large pipes…

Project Objective :  To write a program in Matlab to parse the Nasa thermodynamic data file and Nasa polynomials.  To extract coefficients of each species from the data file and calculate thermodynamic properties such as Specific heat , Enthaly & Entropy .  To calculate the molecular weight of each species…

Click here for PART 1 - SIMULATION OF FLOW THROUGH A PIPE (PART 1/2)  -------------------------------------------------------------------------------------------------------------------------------- I. Objective :  1. Automate geometry creation of blockMeshDict file using matlab for Symmetry boundary condition.…

Abstract - The ice breaking mechanism under a slow moving air cushion vehicle is explored (E R Muller - Mathematical modelling : Classroom notes in applied mathematics -page(29)) . Determining the minimum cushion pressure needed to break a given thickness of ice . Solving by using the newton-raphson method in python .…