CFD analysis of Mixing Tee by using Ansys Fluent.

Aim: Steady vs Unsteady flow over a Cylinder. Theory: Flow over a cylinder is a classical problem for understanding the flow over an obstacle. The geometry of the cylinder is simple and allows us to understand all the complexities that occur and turbulence for different Reynolds Numbers. Reynolds Number helps us to understand…

Aim: CFD analysis of Mixing tee by using Ansys Fluent. Introduction:  Mixing tees—in which two fluid streams with different physical and/or chemical properties mix—are widely used in the petrochemical industry. When there is a large temperature difference between two streams, large metal temperature fluctuations…

Aim: Surface meshing on Pressure valve Objective: To learn ANSA tool Procedure:  1) Open the pressure valve file in ANSA 2) Go to the checks. then go for geometry checks. Assign single cons, cracks, overlap faces, needle faces, triple cons, colapsed cons, unchecked faces and Excecute the checks. It will show some…

Aim: CFD Meshing For BMW Car. Objective: To learn topology, geometry clean-up, meshing for BMW car. Also Perform meshing with the given Target length and elements Quality criteria. After meshing the half model, Do symmetry to the other side. Target lengths for the different parts of a model are as follow: Body - 3 mm Lights…

Aim: Surface wrap on Automotive assembly Objective: 1)To learn componants merging and surface wrapping.                 2) Target length for wrap= 3mm                 3) Write a detailed report.   Procedure: 1) Delete the unnecessary parts…

Aim: CFD meshing on Turbocharger Objective: To learn volumetric meshing on critical type of geometry. Procedure: Go for topo clean up. solving triple & single cons by deleting and creating new surfaces. 1) Delete the overlap surfaces from geometry by using universal delete option. 2) Delete the extra portion which…

AIM: CFD Meshing for Tesla Cyber Truck OBJECTIVE: To identify all topological clean-up and do geometrical clean-up over entire model. To create different PIDs and assign it to different parts. To create surface mesh over model with different Target lengths respective of different parts. To create a wind tunnel around the…