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Outline:Flow in a Convergent-Divergent Nozzle Creating an axi-symmetric geometry in blockMeshDict Solving a compressible flow problem Setting boundary conditions for density based solver Use of spline curves in blockMeshDict Generating the interpolation points using codestream functions in blockMeshDict Use of wedge boundary condition Use of slip boundary condition Setting up an inviscid flow case Setting up a case for rhoCentralFoam Post-processing in ParaView Creating an axi-symmetric geometry in blockMeshDict Solving a compressible flow problem Setting boundary conditions for density based solver Use of spline curves in blockMeshDict Generating the interpolation points using codestream functions in blockMeshDict Use of wedge boundary condition Use of slip boundary condition Setting up an inviscid flow case Setting up a case for rhoCentralFoam Post-processing in ParaView
Flow in a Convergent-Divergent Nozzle Creating an axi-symmetric geometry in blockMeshDict Solving a compressible flow problem Setting boundary conditions for density based solver Use of spline curves in blockMeshDict Generating the interpolation points using codestream functions in blockMeshDict Use of wedge boundary condition Use of slip boundary condition Setting up an inviscid flow case Setting up a case for rhoCentralFoam Post-processing in ParaView Creating an axi-symmetric geometry in blockMeshDict Solving a compressible flow problem Setting boundary conditions for density based solver Use of spline curves in blockMeshDict Generating the interpolation points using codestream functions in blockMeshDict Use of wedge boundary condition Use of slip boundary condition Setting up an inviscid flow case Setting up a case for rhoCentralFoam Post-processing in ParaView
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