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Design of an Advanced Heavy Tactical Trucks : A Target Cascading Case Study

Michelena, Nestor (author)
University of Michigan, United States
Louca, Loucas (author)
University of Michigan, United States
Kokkolaras, Michael (author)
University of Michigan, United States
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Lin, Chan-Chiao (author)
University of Michigan, United States
Jung, Dohoy (author)
University of Michigan, United States
Filipi, Zoran (author)
University of Michigan, United States
Assanis, Dennis N. (author)
University of Michigan, United States
Papalambros, Panos Y. (author)
University of Michigan, United States
Peng, Huei (author)
University of Michigan, United States
Stein, Jeff (author)
University of Michigan, United States
Feury, Mark (author)
U.S. Army Tank-automotive and Armaments Command - Tank Automotive Research, Development and Engineering Center, United States
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University of Michigan, United States US. Army Tank-automotive and Armaments Command - Tank Automotive Research, Development and Engineering Center, United States (creator_code:org_t)
2001-11-12
2001
English.
In: International Truck and Bus Meeting and Exhibition. - Warrendale, Pa : Society of Automotive Engineers, Incorporated.
  • Conference paper (peer-reviewed)
Abstract Subject headings
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  • The target cascading methodology is applied to the conceptual design of an advanced heavy tactical truck. Two levels are defined: an integrated truck model is represented at the top (vehicle ) level and four independent suspension arms are represented at the lower (system ) level. Necessary analysis models are developed, and design problems are formulated and solved iteratively at both levels. Hence, vehicle design variables and system specifications are determined in a consistent manner. Two different target sets and two different propulsion systems are considered. Trade-offs between conflicting targets are identified. It is demonstrated that target cascading can be useful in avoiding costly design iterations late in the product development process.

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