employee from 01.01.2023 until now
Kaliningrad State Technical University (Department of Engineering of Technological Equipment, docent)
employee
Kaliningrad, Kalinigrad, Russian Federation
graduate student
Kaliningrad, Kalinigrad, Russian Federation
student
Kaliningrad, Kalinigrad, Russian Federation
Russian Library and Bibliographic Classification 346
The paper presents studies of the durability of cutting tools during semi-rough turning of a workpiece made of a shape-memory alloy by the example of titanium nickelide TN1. The study objective is to increase the durability of tools. To achieve this goal, the following tasks are solved: experimental planning is done; durability tests are carried out; a mathematical dependence of the durability period of the cutting plate on the parameters of the cutting modes are derived; patterns of changes in the durability period are found out and recommendations for the use of processing modes are developed. The calculation error based on the derived dependence is less than 4%, which is high accuracy. It is found out that the parameters of the most effective cutting tool durability mode are cutting speed V = 5 m/min and feed rate S=0.03 mm/rpm at a cutting depth t=0.3 mm. An increase in machining performance will lead to a decrease in the durability period of the cutting plate. The novelty of the work is the mathematical dependence and experimentally established patterns of change in the period of durability of a cutting tool on the parameters of the cutting mode.
machining, titanium nickelide, period, durability, plate, speed, cutting, feed, depth
1. Vertakov NM, Grechushnikov VA, Katashov AV, Panfilov VA. RF Patent No. 2821357 C1 MPK F16K 17/38, F16K 17/40. Single-acting high-pressure valve. 2024 Jun 21.
2. Logacheva AI. Granular alloy with shape memory effect based on titanium nickelide for space technology products. Metally. 2014;6:89-94.
3. Logacheva AI, Logachev AV, Kobeleva VG. Application of powder (granular) metallurgy for the manufacture of lock joint bushings from an alloy based on titanium nickelide with a shape memory effect. Composite Materials Constructions. 2015;1(137):9-14.
4. Alekhina VK, Bikbaev RM, Glushchenkov VA, Grechnikov FV. The use of materials with shape memory in technical devices. Russian Engineering Research. 2019;9:63-65.
5. Alekhina VK, Glushchenkov VA, Bikbaev RM. Deforming devices with multi-link force actuator from material with a «shape memory». Forging and Stamping Production. Material Working by Pressure. 2019;6:18-25.
6. Belousov NN, Khlopkov EA, Yanchenko MV, Vyunenko YuN. Specific features in mechanical behavior of ring-shaped force drives operating in the two-way shape memory effect regime. Technical Physics. 2021;91(2):262-266. DOI:https://doi.org/10.21883/JTF.2021.02.50360.353-19.
7. Andronov IN, Semitkina EV. The use of a compound made of a memory material as a functional element of high-pressure pipelines. Construction of Oil and Gas Wells on Land and Sea. 2016;10:45-49.
8. Popov NN, Larkin VF, Presnyakov DV. Separable thermomechanical connections of pipelines with couplings made of alloys with shape memory of Ti-Ni-Fe and Ti-Ni-Nb systems. Trudi RFYuTs-VNIIEF. 2018;23-2:348-361.
9. Shumilov IS, Chernov DB, Chernova SD. Thermomechanical connections of pipelines of aviation control systems. Prospects. Hydraulics. 2018;1(5):175-193.
10. Bondarev AB. RF Patent No. 2684705 C1 MPK A61F 2/00, A61M 29/00. A method of reducing human body weight with an intragastric stent. 2019 Apr 11.
11. Sinegub AV. RF Patent for utility model No. 179188 U1 MPK B25J 9/06, A61H 1/02. Elbow exoskeleton. 2018 March 05.
12. Davydov EA, Kollerov MYu, Tyulkin ON. RF Patent No. 2557918 C1 MPK A61B 17/56, A61F 2/02. Method to make a prosthetic appliance of the pulpous nucleus of the intervertebral disc. 2015 Jul 27.
13. Chernigov SV, Dochilova ES, Chernigov YuV. Substantiation of the state of anatomical structures of the vertebral-motor segment during osteosynthesis of the dog spine by methods of objective control. Proceedings of the International Academy of Agrarian Education. 2018;42-2:197-201.
14. Kozlov NA, Kholopova AA. Modern materials for implants used in the treatment of dogs with Wobbler syndrome. Scientific Notes of Kazan Academy of Veterinary Medicine named after NE Bauman. 2021;248(4):123-128. DOIhttps://doi.org/10.31588/2413-4201-1883-248-4-123-128.
15. Chernov AV. RF Patent No. 2727649 C1 MPK A61D 99/00. Method of treating dog’s perineal hernia. 2020 Jul 22.
16. Lopukhov AN. Application of intelligent alloys for automation of oil fields. Neft. Gas. Novatsii. 2012;10(165):70-76.
17. Khalov MO. RF Patent No. 2435933 C1 MPK E21B 33/12. Khalov's packer. 2011 Oct 12.
18. Stanovskoy VV, Gunter VE, Kazakyavicus SM. RF Patent No. 2324097 C2 MPK F16K 15/00, F16K 15/04. Check valve. 2008 May 10.
