[Step 4]: CFD Post - Compressible Flow through a Nozzle - Ansys Fluent Simulation

------------------------------------------------------------------------- Simulation of two-dimensional, stationary, subsonic compressible flow of a ideal gas through a convergent nozzle. ------------------------------------------------------------------------- The objectives of this tuto are: 1. Generate an unstructured triangular mesh. 2. Simulate an axisymmetric ideal gas in a convergent nozzle 3. Display contour plots of pressure, temperature, velocity, and local Mach number. 4. Plot pressure, temperature, velocity, and local Mach number curves on the symmetry axis. 5. Qualitatively confirm the theoretical laws of compressible ideal gas flow through a convergent nozzle. ------------------------------------------------------------------------- The tutorial is divided into four steps: Step #1: Geometry: https://www.seevid.ir/fa/w/ALgc5p2IYRk Step #2: Mesh: https://www.seevid.ir/fa/w/j6FdpwnyJEo Step #3: Simulation in Fluent: https://www.seevid.ir/fa/w/2wP3BYjMw0I Step #4: Post-processing (CFD-Post): https://www.seevid.ir/fa/w/vflni2l64sc Tags: #Simulation #CompressibleFlow #ConvergentNozzle #IdealGas #AnsysFluent #CFD #NumericalAnalysis #Engineering #FluidMechanics #MechanicalEngineering #SubsonicFlow #GasDynamics #PressureDistribution #TemperatureDistribution #VelocityDistribution #MachNumber #SimulationResults #Validation #UnstructuredMesh #TemperatureContours #Tutorial #SteadyState #2DModeling #PostProcessing #CFDPost ------------------------------------------------------------------------- Source : www.abdelhamid-bouhelal.net/courses/fluent/compressible-nozzle