Murom, Vladimir, Russian Federation
BBK 345 Общая технология машиностроения. Обработка металлов
BBK 346 Отдельные машиностроительные и металлоперерабатывающие процессы и производства
Various researchers have noted the fact that the mechanical and operational properties of the processed products are influenced by their overall dimensions and shape (scale effect). The technology of wave deformation hardening (VDH) has appeared relatively recently and some of its possibilities, including scale effect, have not been fully studied. The paper solves the problems of determining the influence of the overall dimensions and shapes of samples on the results of hardening after VDH. The change in the degree and depth of hardening of VDH-treated samples of different sizes and shapes is estimated. The novelty of the work is in finding the connection between the shapes and sizes of samples and the effectiveness of hardening. The conclusions obtained as a result of the conducted research allowed to find acceptable limits at which it is necessary to take into account the influence of geometric dimensions on the results of hardening during VDH.
hardening, degree, depth, shape, dimensions, microhardness, efficiency, parts, equipment
1. Mailander R, Bawersfeeld W. Einfluss der probengrosse und probenform auf die dref-schwingungsfestigkeit von stahl. technische mitteilungen krupp. 5:143, 1937.
2. Bautz W, Lehr E. Aussprache zu den Vortragen F. Rotscher, W. Kuntze und E. Lehr. Bericht under die tagung des fachausschusses fur maschinenelemente in Aachen. 29:1935-1936.
3. Afanasyev NN. Approximate calculation of the stress concentration coefficient. Journ of Technical Physics. 1936;VI(7):1153-1161.
4. Uzhik GV. On the influence of the absolute dimensions of machine parts on their strength. Collection of scientific papers: Issues of Calculation and Design of Machine Parts; 1942.
5. Sakhonko IM. Contact endurance of hardened steel depending on the geometric parameters of the contacting bodies. Institute of Mechanical Engineering of the USSR Academy of Sciences; 1961.
6. Barinov SV. Increasing resistance to contact staining by heterogeneous deformation hardening by static-pulse treatment [dissertation]. [Orel (RF)]: Orel State Technical University; 2009.
7. Aslanyan IR, Barinov SV, Bezylazny VF. Handbook on the processes of surface plastic deformation. Irkutsk: Irkutsk National Research Technical University; 2022.
8. Kirichek AV, Barinov SV, Yashin AV. Features of the influence of the part final dimensions on the distribution of microhardness in the surface layer during its hardening by a deformation wave. Collection of Scientific Articles of the 2nd International Scientific and Practical Conference, November 24-26, 2015: Physics and Technology of Nanomaterials and Structures; Kursk: University Book; 2015.
