National Repository of Grey Literature 2 records found  Search took 0.00 seconds. 
Homologation testing of electric bicycle fork
Bejdák, Jan ; Suchý, Jan (referee) ; Hurník, Jakub (advisor)
Currently, the popularity and demand for e-bikes is growing rapidly. E-bikes entering the European market must meet a series of safety requirements included in the type-approval. This work deals with the prediction of the result of mechanical static testing of an e-bike fork according to the valid European standard. The prediction is formulated on the basis of FEM simulations of the mentioned tests and optical experimental measurements performed for the purpose of validating the simulations. The results of both approaches are compared and critically evaluated. The sample of the tested fork met the requirements set by the standard. Requirements for the prediction of a non-particulate test are set.
Homologation testing of electric bicycle fork
Bejdák, Jan ; Suchý, Jan (referee) ; Hurník, Jakub (advisor)
Currently, the popularity and demand for e-bikes is growing rapidly. E-bikes entering the European market must meet a series of safety requirements included in the type-approval. This work deals with the prediction of the result of mechanical static testing of an e-bike fork according to the valid European standard. The prediction is formulated on the basis of FEM simulations of the mentioned tests and optical experimental measurements performed for the purpose of validating the simulations. The results of both approaches are compared and critically evaluated. The sample of the tested fork met the requirements set by the standard. Requirements for the prediction of a non-particulate test are set.

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