Shubham Kurhade

 Title- Linear Static structural analysis of Wheel hub knuckle. Aim- To linear Static structural analysis of Wheel hub knuckle. Objective-  Delete 3 D solids from the geometry To perform required geometry cleanup using defeature tab. To mesh components using 3D volume tetra mesh elements. Set desired boundary condition. Perform linear static analysis. Procedure- Import geometry file into hypermesh solver deck. Delete the solids in geometry. Defeture the small filets and surface irregularities. Now, the meshing process began, firstly volume tetra mesh with R-trias are formed. R-trias are used because it captures the geometry quite well. Rigids are formed in new component rigids. Load collectors with various cases are formed as shown below. various conditions and cases are defined such as- The torque due to braking and driving. Application of brakes. Lateral forces while riding and cornering. Bumps due to road irregularities.      5. Loadsteps    6....

 Title- Linear buckling analysis of I shaped column Aim- To linear buckling analysis of I shaped column Objective-  To perform required geometry cleanup using defeature tab. To extract the mid surface of the component. To mesh components using 2D elements. Set desired boundary condition. Perform linear static analysis. Perform buckling analysis. Procedure- Import geometry file into hypermesh solver deck. Mid surface extraction and meshing of the component. Also, we need to assign the required thickness from the mid mesh thickness tab. Define the material, property and then assign the proper property to the component. After that boundary conditions are defined. first linear static analysis is performed and those displacement and stress load are imported for buckling analysis via creating an EIGRL load collector. Now the analysis is solved using an Optistruct solver and results will be reviewed with the help of a post-processor hyperview. Conclusion- Structural results impl...