DESIGN AND ANALYSIS OF CAR DOOR WITH S2 GLASS AND THERMO PLASTIC MATERIALS

K Ravi Kiran, K Venkatesh, Sheik Farooq

Abstract


The car door is one of the important factors which can be used as a safety for passengers from facet collisions. Side Impact crashes can be normally risky because of the fact there may be no room for massive deformation to protect an occupant from the crash forces. The component effect collision is the second biggest cause of death. Day thru day growth within the fuel price and the emission of the smoke from the auto corporation are also the fundamental issues in the current-day worldwide, as a end result, the protection, gasoline overall performance and emission gas law of the passenger cars are crucial issues inside the modern-day global. In this thesis, the auto aspect door beam modeling in CREO parametric software with particular systems of beam evaluation completed in ANSYS and COSMOS software program utility. Static, modal, fatigue evaluation doing in ANSYS software program and effect assessment by way of using COSMOS software application utility. The car door beam analyzing with wonderful loads (5000N, 6869 N and 12000N) and high-quality composite materials (carbon fiber, s2 glass, and glass mat thermoplastic material).


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