The rear wheel is made using commands like revolved cut, cirular pattern and combine. The front fork is made using project curve, linear pattern and sweep.

The gastank is modelled using surface loft, surface trim, shell and surface sweep. Assembly is done using concentric mate, coincident mate and advanced mate.

Objective:                  To create the mesh for hood component as per the given parameters and criteria. Procedure: 1) Initially the given model is imported in hypermesh by clicking import geometry command in the tool bar. 2) The model will be displayed as a wireframe model,…

The Chasis and engine are made using commands like sweep, project curves, pierce and composite curves.

Objective: 1) To create ROD element with only translation dof and with RBE2 links of BOX as cross section.  2) To create BEAM element with all dof and with RBE3 links of I-Section as cross section.  3) To create BAR element with only x and y dof with RBE3 links of CROSS as cross section.  4) To create mass…

Objective:                 To Create Tetramesh for Housing with the following criteria, Elements sizes: Min- 2mm, Target- 5mm,Max- 7mm, Tet collapse: 0.15 and                  To create 3D meshing for the given Models with the following…

Objective:               To Create connector and Attach the various parts of the given model as shown below.     Procedure: 1) Import the given model in the hypermesh, initially it will be displayed as wireframe model shown below. 2) The surface highligther icon is pressed to…

Objective:               To mesh the given component side door following the given criteria and assigning thickness to the elements. Procedure: 1) Import the given component side door in the hypermesh, initially it will be displayed in wireframe mode as shown in the image below. 2) Then…