ANALYSIS OF CARRYING STRUCTURE INFLUENTIAL PARAMETERS ON BOND FUNCTION OF REVOLVING AND NON-REVOLVING PARTS

Abstract

By choosing the geometric values of radial-axial bearing support structure, we can influence not only on defining the necessary stiffness of carrying structure of construction and transport mechanization, but also on functionality and reliability of radial-axial bearing. Long life and functionality of these bearings greatly depends on carrying structure stiffness and bearing support surface. The paper shows the analysis of carrying structure shape and geometry influence on proper functioning of revolving and non-revolving machine parts bond. This has been done through systematization of theoretical and experimental research results of realized solutions in order to eliminate the influence of terrain unevenness on radial-axial bearing support surface deplanation.