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The article presents a method for identifying the most appropriate modification of the mechanism with the required output shaft rotation frequency by constructing various geometric models and calculation schemes. This technique based on the design and analysis of modification of the vibration stand mechanism for testing measuring equipment and products for vibration resistance and vibration resistance. The strength analysis of contact stresses and bending stresses in the engagement zone of the elements under various external and boundary conditions was performed using analytical and computer methods. A 3D geometric model of the parts is being created with the display of traces of operation on the surface of the parts, anticorrosion coatings, using materials of various heat treatment in the Compass 3D V.21 package. The most appropriate modification of the mechanism is identified by analyzing the distributions of maximum equivalent stresses according to Mises, the main stresses according to geometric models of parts. If these stresses exceed the limit values or the mechanism is underloaded, the geometric dimensions of the transmission parts should be changed, another material for the transmission parts should be selected and the strength calculations should be repeated.
Stepanov et al. (Wed,) studied this question.