Abstract A numerical method is used to solve an inverse heat conduction problem using finite difference method and one dimensional Newton-Raphson optimization technique. A thermocouple placed anywhere on the one dimensional rod will read the temperature at that point, this temperature when fed into the FORTRAN code can…

Objective: To simulate Prandtl Meyer Shock Waves using Converge Studio and see the effect of changing Initial Conditions, as well as changing Adaptive Mesh Refinement Literature Survey: 1. What is a shock wave? When an object moves at subsonic speed, the air particles upstream sense the change in energy downstream due…

The governing equations for the boundary layers are the Navier Stokes equation shown below: `(delu) / (delx) + (delv)/(dely) = 0` - Continuity Equation `rho((delu)/(delt) + u(delu)/(delx) + v(del u)/(dely))= -(drho)/(dx) + (mudel^2u)/(dely^2)` - Momentum Equation `rhoc((delT)/(delt) + u(delT)/(delx) + v(delT)/(dely))=…

Objectives: Creating the blockMeshDict file manually for the backward facing step geometry. Study the effect of mesh grading at the near the walls. Creating/Editing the blockMeshDict file The blockMeshDict file of the cavity tutrial is used to manually generate backward facing step geometry with various mesh gradings near…