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Developing methodologies for robust mechanical engineering design

Developing methodologies for robust mechanical engineering design
Developing methodologies for robust mechanical engineering design
This paper considers robust product design applied to mechanical systems via computer-based models at the detail design stage. This involves the efficient use of computer-based experiments to understand how product performance, both its mean and variability, depends on the design parameters. The integration of the general concepts and practical tools is described in terms of the design process, with the aim of making the techniques accessible to designers in an industrial context. The approach is motivated from a design for quality standpoint and is directed principally at improving functional reliability, while addressing issues of performance and cost. The approach is illustrated using a case study on the robust design of a cam mechanism.
robust product design, computer-based models, design process, design for quality, cam
2041-2975
179-188
Dunsmore, W.
de8d29fd-77dd-495d-84a4-bb5c98df7875
Pitts, G.
170a1906-4e89-439e-add0-544ff091b550
Lewis, S.M.
a69a3245-8c19-41c6-bf46-0b3b02d83cb8
Sexton, C.J.
d8e295f8-6491-4952-942c-835d0343bce7
Please, C.P.
48277c2e-c9eb-46f8-8995-1cf885922818
Carden, P.J.
f50bc6b0-657c-44f8-ab95-2b3fac94f5da
Dunsmore, W.
de8d29fd-77dd-495d-84a4-bb5c98df7875
Pitts, G.
170a1906-4e89-439e-add0-544ff091b550
Lewis, S.M.
a69a3245-8c19-41c6-bf46-0b3b02d83cb8
Sexton, C.J.
d8e295f8-6491-4952-942c-835d0343bce7
Please, C.P.
48277c2e-c9eb-46f8-8995-1cf885922818
Carden, P.J.
f50bc6b0-657c-44f8-ab95-2b3fac94f5da

Dunsmore, W., Pitts, G., Lewis, S.M., Sexton, C.J., Please, C.P. and Carden, P.J. (1997) Developing methodologies for robust mechanical engineering design. Proceedings of the Institution of Mechanical Engineers, Part B: Journal of Engineering Manufacture, 211 (3), 179-188. (doi:10.1243/0954405971516167).

Record type: Article

Abstract

This paper considers robust product design applied to mechanical systems via computer-based models at the detail design stage. This involves the efficient use of computer-based experiments to understand how product performance, both its mean and variability, depends on the design parameters. The integration of the general concepts and practical tools is described in terms of the design process, with the aim of making the techniques accessible to designers in an industrial context. The approach is motivated from a design for quality standpoint and is directed principally at improving functional reliability, while addressing issues of performance and cost. The approach is illustrated using a case study on the robust design of a cam mechanism.

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More information

Published date: 1997
Keywords: robust product design, computer-based models, design process, design for quality, cam

Identifiers

Local EPrints ID: 29238
URI: http://eprints.soton.ac.uk/id/eprint/29238
ISSN: 2041-2975
PURE UUID: 861d3ed1-8712-4af7-934c-734582610aeb

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Date deposited: 08 Feb 2007
Last modified: 08 Jan 2022 09:55

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Contributors

Author: W. Dunsmore
Author: G. Pitts
Author: S.M. Lewis
Author: C.J. Sexton
Author: C.P. Please
Author: P.J. Carden

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