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Full Vehicle Modelling• Meshing of vehicle sub systems which includes BIW, Doors, Front Subframe, Front and Rear Bumpers, Battery, Fender Assembly and other parts with Shell, Solid or Outer Mesh.Structural Validation for a Robotic Arm• Solid Meshing the entire model along with constrains, loads and material was applied.• Linear Static Approach was used for the analysis.• Model was verified for Maximum Stress.• Providing with design suggestions based on the results… Show more Full Vehicle Modelling• Meshing of vehicle sub systems which includes BIW, Doors, Front Subframe, Front and Rear Bumpers, Battery, Fender Assembly and other parts with Shell, Solid or Outer Mesh.Structural Validation for a Robotic Arm• Solid Meshing the entire model along with constrains, loads and material was applied.• Linear Static Approach was used for the analysis.• Model was verified for Maximum Stress.• Providing with design suggestions based on the results and post processing the same.• Software: ANSA, Hypermesh, Optistruct, Hyperview.Modal Analysis for Battery Unit• Shell Meshing of the entire battery unit along with deck setup.• Verifying the Modal Frequencies for a fixed condition and post processing the same.• Software: ANSA, Hypermesh, Optistruct, Hyperview.Mechanical Shock Analysis for Battery Unit• Shell Meshing of the entire battery unit along with deck setup.• Evaluated the shock for an excitation of 50g over 11ms in +Z and +Y Directions taking Max. Displacement and Max. Stress and post processed the same.• Software: ANSA, Hypermesh, Optistruct, Hyperview.Stiffness Analysis for Grab Handle (2-Wheeler)• Shell Meshing (Front Handle) and Solid Meshing (Rear Handle) the model along with deck setup.• Linear Static Approach was used for the Analysis.• Evaluate the stiffness of the Grab handle for the force applied in all translational directions and post processed the same.• Software: ANSA, Hypermesh, Abaqus, Hyperview.Topology Optimization for Swing Arm (2-Wheeler)• Solid Meshing the entire model along with deck setup.• Detailed structural material properties are assigned for the model.• Evaluated for maximum displacement, stress, strain.• Optimization has been done under 1.5g Abuse loading conditions and post processed the same.• Software: ANSA, Hypermesh, Optistruct, Hyperview.Gauge Optimization for Battery Unit (2-Wheeler)• Hybrid Meshing the entire model along with deck setup.• Detailed structural material propertie Show less