Pevnostní výpočet klece zábavního zařízení

Abstract

This thesis deals with the strength and stiffness control of the car entertainment devices such as STREET FIGHTER. The introduction describes the static part of the theoretical problems in the finite element method and the principle outlined build a global stiffness matrix for the structure. The next section is described the entertainment facilities in the transport disassembled, assembled in the state and is focused on different operating states of the entertainment device. The next step is to determine the individual requirements that are placed on the car entertainment devices. Under this scheme is designed to own attractions, and then built a model car entertainment devices. This model is subjected to strength and stiffness control help ANSYS Workbench 13. During the analysis, there was a problem with the attachement of gondols to Mount swinging shoulder, so there were proposed several options of the fit, the optimal solution was chosen, which has been satisfactory.