The Influence Of Temperature Variation On The Mechanical Properties Of Rubber Automotive Components
Price
Free (open access)
Transaction
Volume
22
Pages
8
Published
1999
Size
642 kb
Paper DOI
10.2495/CMEM990571
Copyright
WIT Press
Author(s)
S.J. Jerrams & R. Shorter
Abstract
Automotive component manufacturers are under pressure to give reliability over widening ranges of operating temperature. Japanese motor manufacturers require their vehicle components to function between temperatures of -45°C and 120°C. The previous limits were -40^C and 100°C. The new limits create difficulties for producers of numerous components, but none more so than those making rubber parts. It is far more difficult to characterise material behaviour for rubbers than for linear elastic materials. Though finite element analysis of hyperelastic materials has gained greater acceptance recently, sensible modelling of parts subjected to high, localised deformations is still uncertain. There is no universal model for the ch
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