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Please use this identifier to cite or link to this item: http://hdl.handle.net/123456789/2063

Title: Simulation Environment for Fatigue Analysis of Car Wheel Rim under Radial Fatigue Test
Authors: GROVU, Mihail
IRIMIA, Cristi
ROSCA, Ioan-Calin
HUSAR, Calin
GUIMAN, Maria-Violeta
Keywords: steel wheel rim
fatigue analysis
strain life
static analysis
Issue Date: Oct-2016
Publisher: Transilvania University Press
Series/Report no.: CONAT2016;
Abstract: The importance of the wheels for the car is clear. The wheels with mounted tyres have to carry the vehicle weight and to handle with the steering system, providing the cushioning effect. The automobile wheel must be strong enough to perform the above functions supporting static and dynamic loads. Durability design and analysis is an essential element in achieving the men-tioned requirements and involves a multi-disciplinary approach. If it is designed a new wheel rim, the prototype should be passing the radial and cornering fati-gue test. This paper presents the simulation environment for car wheel rim un-der radial fatigue test with the purpose to evaluate the wheel rim strength. This paper reviews, also, some modern durability philosophies and the computer based tools available to meet the needs of design, test and development engi-neers.
URI: http://hdl.handle.net/123456789/2063
ISSN: 2069-0428
Appears in Collections:CONAT 2016 - International Automotive Congress

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