Zjištění průběhu reakcí výkyvně uloženého zrcadla při dynamickém zatížení

Abstract

The thesis deals determining course reaction of swing mirrors imposed by dynamic loading. The gimbal includig the mounted rottation mirror forms a moving mass which generates mechanical reaction, depending on velocity and acceleration of the mass. Bachelor’s thesis can be divided into four parts. The first part includes calculation of three mass moments of inertia matrixs of the parts of gimbal. The mass moments of inertia matrixs allow for the creationis of simpler modeling of structure. With regard to location of bearings, were added other non-material entities computer model. On the basis of creation of the basic structure of the gimbal system is the stationary frame with terminal screws is designed. The last part constains a dynamic calculation. The goal of this calculation is determining of course load of screws. Bachelor’s thesis is analyzed by commercial software ANSYS 13. The mass moments of inertia are solved by software MathCad 14.