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Assembly specification by gauge with internal mobilities (GIM)—A specification semantics deduced from tolerance synthesis : Jean-Yves Dantan, Alex Ballu, v21, n3, 2002, pp218–235 is a Engineering article available to read on EtoBox.

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and keyword index Assembly Specification by Gauge with Internal Mobilities (GZM)-A Specification Semantics Deduced from Tolerance Synthesis, Jean-Yves Dantan, Alex Balm, v2 1, n3,2002, ~~218-235 Currently, standards such as IS0 110 1 are used for the geometrical specification of mechanical parts. However, these standards are not sufficient to express exact functional requirements, even for assembly. The objective of this paper is to determine what to express exactly for assembly, that is, create the necessary specification semantics. A tolerance synthesis model is developed based on variational geometry. The model takes into account not only manufacturing deviations and gaps, but also the assembly process and nature of contacts between parts. Specification semantics is deduced from this tolerance synthesis. This semantics is based on virtual gauges, which are composed of an interface with the part and the structure. The main contribution of the virtual gauge is the concept of internal mobilities allowing displacements between different entities of the gauge. This gauge takes also in account the nature of the contact between parts.

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Publisher

Society of Manufacturing Engineers; Elsevier ; Elsevier BV (ISSN 0278-6125)

Published

2002

Language

EN

Field

Engineering (Physical Sciences)