Method of control of machining accuracy of low-rigidity elastic-deformable shafts

Method of control of machining accuracy of low-rigidity elastic-deformable shafts

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The paper presents an Hair Care Kits analysis of the possibility of increasing the accuracy and stability of machining of low-rigidity shafts while ensuring high efficiency and economy of their machining.An effective way of improving the accuracy of machining of shafts is increasing their rigidity as a result of oriented change of the elastic-deformable state through the application of a tensile force which, combined with the machining force, forms longitudinal-lateral strains.The paper also presents mathematical models describing the changes of the elastic-deformable state resulting from the application of the tensile force.

It presents the results of experimental studies on the deformation of elastic low-rigidity shafts, performed on a special test stand developed on the basis of a lathe.An estimation was Fall Protection - Mats made of the effectiveness of the method of control of the elastic-deformable state with the use, as the regulating effects, the tensile force and eccentricity.It was demonstrated that controlling the two parameters: tensile force and eccentricity, one can improve the accuracy of machining, and thus achieve a theoretically assumed level of accuracy.