MODELLING OF COMPOSITE ELEMENTS OF POWER TRANSMISSION SYSTEMS CONSIDERING NONLINEAR MATERIAL CHARACTERISTICS
Journal Title: Journal of Machine Construction and Maintenance - Year 2018, Vol 110, Issue 3
Abstract
Engineering calculations of elements of the power transmission systems made of high-strength carbon-epoxy and carbon-aramid composites are very difficult due to the lack of reliable data concerning non-linear features of these materials. This paper presents a proposal of building and identifying a dynamic model of bi-supported drive shaft. A properly identified mathematical model allowed predicting dynamic behaviours at various velocities of start-up and braking.
Authors and Affiliations
Zbigniew DĄBROWSKI, Jacek DZIURDŹ, Piotr DEUSZKIEWICZ
Keywords
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MODELLING OF COMPOSITE ELEMENTS OF POWER TRANSMISSION SYSTEMS CONSIDERING NONLINEAR MATERIAL CHARACTERISTICS
Engineering calculations of elements of the power transmission systems made of high-strength carbon-epoxy and carbon-aramid composites are very difficult due to the lack of reliable data concerning non-linear features of...