2D MESHING OF BACK WHEEL PANEL

Introduction: The main objective is to perform the bird strike analysis on aircraft leading edge under certain conditions and check the damage on the leading edge from the analysis result. A bird strike is strictly defined as a collision between a bird and an aircraft which is in flight or on a takeoff or landing roll.…

OBJECTIVE: To perform the frontal crash analysis of neon BIW model on the rigid wall and analyze the axial, cross-sectional forces on the a pillar, shotgun, rail then the acceleration curve is generated for the B pillar by using the accelerometer and the energy curves are generated for the biw model during the impact,…

OBJECTIVE: To model the exterior of the Sunseeker Predator Yacht by using the surface modelling . PARTS MODELLED: 1.Propellar 2.Radar  3.Hull 4.Super structure 5.Seats -Front seat -Middle seat -Rear seat 6.Radar mast 7.Garage door STEPS FOR MODELLING: PROPELLAR: A propeller is a type of fan that transmits power…

OBJECTIVE: To sketch and build a photorealistic american chopper using solidworks and solidworks visualize and to gain knowledge about the solid and surface modeling. Components of the american chopper: 1.Chassis 2.Engine and transmission system 3.Front fork 4.Front wheel 5.Rear wheel  6.Chain 7.Gas tank 8.Oil tank…

OBJECTIVE: To mesh the back wheel panel according to the given quality criteria and thickness is assigned. PROCEDURE: MIDSURFACE EXTRACTION AND GEOMETRY CLEANUP: The mid surface is taken for the geometry by using the auto mid surface option. After the mid surface is generated, duplicate surfaces are deleted and the missing…

OBJECTIVE: To mesh the hood according to the given quality criteria and thickness is assigned. PROCEDURE: MIDSURFACE EXTRACTION AND GEOMETRY CLEANUP: The mid surface is taken for the geometry by using the auto mid surface option. After the mid surface is generated, duplicate surfaces are deleted and the missing surfaces…

OBJECTIVE: To mesh the back door according to the given quality criteria and thickness is assigned. PROCEDURE: MIDSURFACE EXTRACTION AND GEOMETRY CLEANUP: The mid surface is taken for the geometry by using the auto mid surface option. After the mid surface is generated, duplicate surfaces are deleted and the missing surfaces…

OBJECTIVE: To mesh the side door according to the given quality criteria and thickness is assigned. PROCEDURE: MIDSURFACE EXTRACTION AND GEOMETRY CLEANUP: The mid surface is taken for the geometry by using the auto mid surface option. After the mid surface is generated, duplicate surfaces are deleted and the missing surfaces…