Project 1 : CFD Meshing for Tesla Cyber Truck

Aim : CFD Meshing of Cyber Truck with Different Meshing length for different Parts. Proecedure : standard procedure is geometrical cleanup there after remove all intersection error nad geometry error then meshing as per meshing length. We can see in fig geometry shows all red coons,intersection error,surface missing, so…

Aim : CFD Meshing of Cyber Truck with Different Meshing length for different Parts. Proecedure : standard procedure is geometrical cleanup there after remove all intersection error nad geometry error then meshing as per meshing length. We can see in fig geometry shows all red coons,intersection error,surface missing, so…

Aim : CFD Meshing of Cyber Truck with Different Meshing length for different Parts. Proecedure : standard procedure is geometrical cleanup there after remove all intersection error nad geometry error then meshing as per meshing length. We can see in fig geometry shows all red coons,intersection error,surface missing, so…

Aim: Surface Wrap on automotive assembly, which includes Engine, Gearbox, Transmission.  Surface wrapping used for external flow analysis, while doing surface wraping consider only external surafce which is  free from geometrical error,need not to worry about internal intersection or geometrical error.   As we can see…

Aim: BMW surface meshing with different meshing length for parts of BMW with quality criteria. Procedure : We begins with Visual Analyze of geometry, so we get an idea for geometry error, resolution of geometry, red coons, triple coons, mismatched surface,unmeshed surface etc. As we can see in fig No.1 which is in PID…

Aim : Surface and Volume meshing of Turbocharger  Procedure : As we shown in fig there are geometrical error,so we first do geometry cleanup. As we see in entity mode there are red cons due to surface missing or unmeshed surface, if we can check in PID Mode we get clear idea about surfce overlaping, we can delete…

Aim: Surface Meshing of Pressure Valve Procdeure : Step 1 : Geometry Cleanup by using TOPO Step 2 : create new faces using coons and Fill Holes Step3 : Create New PID for Each part and Assign it for Body,Inlet,Column, Spring,Column Head,Outlet Step 4 : gemotery Check up Step 5 : Geomteric Error and intersection Error.…