Week 5: Prandtl Meyer Shock problem

AIM:- Prandtl Meyer Shock Problem

Objectives:-

1. Shock flow boundary conditions

do a literature search onn what BC's are typically used shock flow problems

2. what is a shock wave?

in your own words describe the physics behind shock waves

3. Effect of SGS parameters on shock location

in the prandtl Meyer shock problem look at the effect of SGS temperature value on cell count and the shock location

Geometry :-

Gas Simulation :-

Global Transport Parameters :-

Species :-

Run Parameters :-

Steady-State Monitor :-

Simulation Time Parameters :-

Solver Parameters :-

Regions And Initialization :-

Boundarys :-

Inlet Boundary :-

Outlet Boundary :-

Slip Boundary :-

Front 2D Boundary :-

Back 2D Boundary :-

Turbulences Modeling :-

Base Grid :-

Adaptive Mesh Refinement :-

Post Variable Selection :-

OutPut Flies :-

Mesh With Surfsces Edges :-

Mass_Flow_Rate :-

Avg Velocity :-

Static pressure :-

Avg Mesh :-

Total Cells count :-

Velocity :-

Pressure :-