The foregoing study presents the use of Disk Spring Solver DSS application for prototyping configurations of disk spring pile applied in the design of friction lift catchers. The methodology of disk springs selection was presented on the basis of possibilities given by DSS application. On the basis of this application and the conducted analyses disk springs were optimally matched with catchers as main flexible element. The design of catchers was worked out in model environment SolidWORKS 2012 together with MES analysis. Supporting virtual prototyping with applications becomes very common in engineering. Such a procedure is connected not only with the possibilities given by the available applications, but also with related savings in constructing expensive prototypes. The foregoing study presents decision supporting connected with fast and easy selection of appropriate set of disk springs in the catcher structure. In the above-described case the presented application gave very positive results as to the changes, which cannot be avoided in the case of prototyping. The authors of many publications emphasize that supporting engineering works in the time of cost restricting becomes more and more common.
Using disk spring solver application for prototyping disk springs in passenger lift catchers
Applied Computer Science (ACS) ; 10 , 1 ; 67-74
2014
8 Seiten, 6 Bilder, 12 Quellen
Article (Journal)
English
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