AIM To solve the 2D heat conduction equation for the steady and unsteady state using various iterative solvers such as Jacobi, Gauss-Seidel, and Successive over relaxation methods using MATLAB. THEORY The 2-D Heat Conduction equation (Fourier's Law) defines the heat transfer through a 2-dimensional surface. The partial…

AIM To remove the geometrical errors, perform a Topology cleanup, and Surface Mesh the given Pressure Valve model.   THEORY A pressure valve is a mechanical device that releases/transfers pressure from one system to another. This functions on the premise of how much pressure a spring system can sustain after which…

AIM To remove the geometrical errors and perform a Topology cleanup in the Turbocharger geometry. To create and assign PIDs and perform Surface Mesh as per assigned target lengths for PIDs Perform Volume Meshing for the required volumes for the assigned PIDs.   THEORY A Turbocharger is a mechanical device used…

AIM To remove the geometrical errors and perform a Topology cleanup in the BMW Car geometry. To create and assign PIDs and perform Surface Mesh as per assigned target lengths for PIDs and element Quality Criteria Construct a surface for Wind Tunnel and surface mesh the wind tunnel.   Note - There have to…

AIM To remove the external geometrical errors and delete unwanted surfaces in all three geometries as directed in the session class. Merging of all three models (Engine, Transmission, and Gear Box) to Surface Wrap by treating it as one complete geometry.  THEORY The Engine transfers the torque and power produced to…

Project 1 : CFD Meshing for Tesla Cyber Truck   AIM To remove the geometrical errors and perform a Topology cleanup in the Tesla Car geometry. To create and assign PIDs and perform Surface Mesh as per assigned target lengths for PIDs and element Quality Criteria Construct a surface for Wind Tunnel and surface…

AIM To numerically simulate the isentropic flow through a quasi-1D subsonic-supersonic nozzle using the MacCormack technique. 1. Deriving both the Conservation and Non-Conservation forms of the governing equations. 2. Solving both the Conservation and Non-Conservation forms using the MacCormack technique. 3.…

AIM Simulate an incompressible-laminar-viscous transient flow through the backward-facing step geometry. Perform 2 case studies as described below and compare the results. Case 1 - Simulate the flow without using any grading factor (i.e., GF = 1) Case 2 - Simulate the flow with a grading factor of 0.2. The cells…

AIM  To explain the working of the Finite Volume Method (FVM) and its major differences as compared to the Finite Difference Method (FDM).  To explain the role of different Gradient Schemes and Interpolation Schemes along with the significance of Flux limiters.  THEORY  In computational fluid dynamics,…