Mathematical Analysis for Safety and Cost Effectiveness of Quad Bike for Impact on Bumper of Frame

The project is executed Mathematical Analysis For Safety And Cost Effectiveness Of Quad Bike For Impact On Bumper Of Frame. The project is executed in 2 phases to get a detailed understanding and feasibility of the idea. The design of chassis of the vehicle using PTC CREO 2.0 software and analysis is carried out using ANSYS software. Automobile bumpers formed from rolled sheet steel and each having a cross-sectional profile designed to carry impact loads without additional reinforcements, and which are selectively hardened to withstand impact of a high order of magnitude without damage. A special problem existed in the construction and styling of bumpers to provide efficient means to transmit impact energy to the energy absorbing devices attached to the vehicle body. To attain adequate beam strength in prior bumpers it has generally been necessary to provide reinforcement, often in the form of added bar structure or the section mass has been substantially increased. In order to effectively achieve this requirement, we aimed at introducing a pair of dashpot dampers which aimed at absorbing the higher impact. Below study shows the feasibility in terms of efficiency and construction cost of the system with proper implementation. Keywards: Quad bike frame, bumpers, fluid dashpot damper, PTC Creo, Ansys