FEA analysis of Carbon Fiber, Polyethylene and Silicon Rubber for Automotive Car Door Protector

EasyChair Preprint no. 6348

Abstract

Quality car manufactured is important to certify the customer's satisfaction. Scratch and dent, as one of the critical issues lately and the problems frequently happen in the automotive industry, especially in the assembly-line process. The potential of the car could be scratch, and dent is high especially on car surface at door area, when a team member assembles the material. The objective of the research is to choose the best material for car door protector from three types of material with different mechanical properties, to analyze the Von misses stress and deformation of the materials and to compare the suitable material properties and apply as material protector to reduce to number of scratch and dent.  The result of the comparison will be collected and presented on a table to compare the Von Misses Stress and deformation which can create the scratch and dent on the surface. The low value of data will present the good material of the protector.

Keyphrases: deformation, Dent, Scratch, Von Misses stress

@Booklet{EasyChair:6348,
  author = {Eliza Shamsudin and Razis Othman and Ahmad Khairudin Anuar},
  title = {FEA analysis of Carbon Fiber, Polyethylene and Silicon Rubber for Automotive Car Door Protector},
  howpublished = {EasyChair Preprint no. 6348},

  year = {EasyChair, 2021}}