METHODS OF INSTALLATION OF THIN-WALLED PARTS IN TECHNOLOGICAL EQUIPMENT FOR SUBSEQUENT MACHINING

Abstract

The specifics of the machining of shells associated with an increased risk of defects due to their deformation under the action of cutting and fastening forces are analyzed. The problem under discussion is particularly relevant for the aerospace industry, since the use of shells reduces the weight of the aircraft. Currently, this problem has not been sufficiently studied and needs additional study. The main approaches used for defect-free processing of thin-walled parts are considered. The main attention is paid to the study of methods for installing shells in technological equipment with a minimum error in their shape. The technological equipment is proposed, when installed in which the mechanical processing of elasto-yielding parts is performed without exceeding the permissible form’s tolerance.