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IMPROVING AUTOMOTIVE SUSPENSION COMPONENTS INCLUDING WEIGHT REDUCTION AND COST SAVING WITH DURABILITY CONSTRAINTS

Publish Year: 1385
Type: Conference paper
Language: English
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ISME14_541

Index date: 21 March 2007

IMPROVING AUTOMOTIVE SUSPENSION COMPONENTS INCLUDING WEIGHT REDUCTION AND COST SAVING WITH DURABILITY CONSTRAINTS abstract

A procedure was developed to improve forged automotive components for weight reduction and cost saving with durability parameters as key performance indicators. Guidelines were developed and limitations were identified for the improvement procedure. By considering geometry variations, alternative materials and manufacturing process parameters as design variables, an example part was improved. Although the improvement results show limited changes for the particular example component, the approach that was followed is meant to be applicable to other forged components. It is emphasized that geometrical optimization of manufactured components could only be realistic and practical if other important parameters like material, manufacturability, and cost are taken into account.

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IMPROVING AUTOMOTIVE SUSPENSION COMPONENTS INCLUDING WEIGHT REDUCTION AND COST SAVING WITH DURABILITY CONSTRAINTS authors

Mehrdad Zoroufi

Assistant Professor Department of Mechanical Engineering, Iran University of Science and Technology, Tehran, Iran

Ali Fatemi

Professor, Department of Mechanical, Industrial and Manufacturing Engineering, The University of Toledo, Toledo, Ohio, USA

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Zoroufi, M., 2004, Manufacturing Process Effects on Fatigue Design and ...
Zoroufi, M., and Fatemi, A., *Experimental Durability Assessment and Life ...
AISI, 2001, UltraLight Steel Auto Suspension (ULSAS) Engineering Report, American ...
Reinsch, S., Miissig, B., Schmidt, B., and Tracht, K., 2003, ...
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