Pevnostní výpočet nosného ramene zábavního zařízení

Abstract

This thesis deals with the calculation of the support arm and entertainment facilities. The theoretical part describes principles of gyroscopic moments using the Euler kinematic and dynamic equations and sentences using the physical movement of the center. The next step is the actual description of the attraction, which is illustrated by their own principles and features, along with basic moves. Technical requirements for the attraction, the analysis of load, dimensions, materials and location of the cross points of reference are set according to expert estimates. The goal is to design and calculate the basic dimensions of attraction, using the finite element method, which will be modal analysis and dynamic calculation and control of selected parts of the buckling. When calculating the required sections have been identified both in terms of strength, in terms of stiffness, where the emphasis was made to minimize the deflection device.