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Reliability Design Optimization of Casing Cap by Sample Test and FEA

Author(s)
Buthgate, Siwawong
Saenthon, Anakapon
Kaitwanidvilai, Somyot
Date Issued
January 1, 2017
Type
Conference Paper
Abstract
The parking brake cable in the brake system of a vehicle is an important part in the car. A new material needs to be studied; thus, this paper proposes the analysis and comparison of the results between real testing data and the simulation analysis using a Finite Element model of the part, new casing cap in parking brake cable. To validate and compare the results that can be used practically according to the qualifications and standards, the properties of the new product design, casing cap made from polyamide fiberglass composite, are investigated. By analyzing and comparing these results with the FEA design, the advantages of reduction of the weight and cost in the design process can be achieved. As show in the experimental and simulation results, the error less than 30% of the maximum pull load can be achieved.
Citation
Lecture Notes in Engineering and Computer Science, 2228, 879-883, 2017
Subjects

Finite Element Analys...

JASO F903-75

Plastic casing cap

Tensile tester

Metrics
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