Simulation of the Prandtl Meyer Expansion Wave using in Converge usng the Adaptive Meshing and visualise the effect of the SGS parameter 0 05 0 08 15 on Shock Location

OBJECTIVE: To Simulate Flow of fluid over a throttle body in converge studio and post process the results. GEOMETRY: The Geometry, As seen in the figure below, Contains a Elbow Duct with a throttle valve in it. The Geometry was designed in SolidWorks and was imported in the Converge Studio. The Geometry was cleaned up…

OBJECTIVE: To Simulate the Prandtl Meyer Expansion Wave using in Converge usng the Adaptive Meshing and visualise the effect of the SGS parameter ( 0.05, 0.08, .15) on Shock Location. INTRODUCTION: A Shcok Wave is a type of Propogation disturbance that moves faster than the speed of sound. Shocck waves creates discontinous…

To complete the meshing of the given solid part, following steps were performed. Step 1: Imported the .sldprt file. Step 2: Performed the geometry checks. Step 3: Set the unit length to 1. Step 4: In mesh generation, Under mesh generation selected the tri mesh and generated the mesh.

The 3D Heat Conduction is givien by: `(delT)/(delt)+alpha((del^2T)/(delx^2)+(del^2T)/(dely^2)+(del^2T)/(delz^2))=0`   Similarly the 2D Heat Conduction equation is given by: `(delT)/(delt)+alpha((del^2T)/(delx^2)+(del^2T)/(dely^2))=0`   In this Project the 2D Heat Conduction Equation was solved for : Steady Case…

In this Project the program was written in MATLAB for solving the ODE that represents the equation of motion of a simple pendulum with damping. The below video shows the animation which was obtained using the data obtained by the solution.           The Pendulum equation which was solved is as…

  Derivation and Comparison of 4th order approximation of 2nd derivative approximated from Central Differencing, Skewed Right Side Differencing and Skewed left Side differencing Schemes uisng MATLAB and Taylor Table In this Project the 4th order approximation of 2nd derivative was obtained using central differencing…