Truck Door Slam Fatigue Finite Element Analysis and Experimental Research

Shu Ying Liu; Xian Zhong Yu; Hui Huang; Xing Qiu

doi:10.4028/www.scientific.net/AMM.602-605.17

Paper Titles

Preface

The Application of Derivative in the Field of Manufacturing and Mathematical Modeling
p.3

Rear Female Dummy Submarining Research Base on C-NCAP Regulation
p.7

Effects of Ultrasonic Impact Treatment on Performance of Armor Steel Welded Joints
p.12

Truck Door Slam Fatigue Finite Element Analysis and Experimental Research
p.17

The Study on Continuous Braking of Heavy Vehicle
p.21

The Disfigurement Repairing of Centrifugal Foundry Cast Iron Roller Ring Face
p.25

The Nature and Design of No Quick Return Peculiarity of Crank Rocker Mechanism
p.29

Analysis on Stress State of Box-Girder Web under Prestressing
p.33

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 602-605Truck Door Slam Fatigue Finite Element Analysis...

Truck Door Slam Fatigue Finite Element Analysis and Experimental Research

Abstract:

Apply the test loads of similar truck door on the FE door model of developing truck, analyze the open & close strength with direct transient response method. Based on the strength results, perform fatigue analysis to predict the weak position. Conduct the door open & close test, simulation results and test results match well.