REDUCTION OF TEMPERATURE-POWER STRESS IN CUTTING PROCESS USING LEADING PLASTIC FORMING
Authors:
2.
Kamyshinsky Institute of Technology
4.
Volgograd State Technical University
(kafedra «Tehnologiya mashinostroeniya», ass. prof.)
Volgograd, Volgograd, Russian Federation
Volgograd, Volgograd, Russian Federation
Type:
Article
Pages:
from 40
to 44
Status:
Published
Received:
03.03.2016
Accepted:
05.03.2016
Published:
05.03.2016
Language:
Russian, English
Keywords:
cutting, leading plastic forming (LPF), force, temperature, dislocation, dynamic thermal conductivity.
Abstract (English):
The complex investigation of phenomena accompanying structural carbon and alloyed steel cutting with leading plastic forming (LPF) of the surface machined is carried out. The reduction of cutting force, cutting temperature, chips shrinkage, mean micro-hardness in a contact area at the use of the LPF is established experimentally.
The complex investigation of phenomena accompanying structural carbon and alloyed steel cutting with leading plastic forming (LPF) of the surface machined is carried out. The reduction of cutting force, cutting temperature, chips shrinkage, mean micro-hardness in a contact area at the use of the LPF is established experimentally.
Keywords:
cutting, leading plastic forming (LPF), force, temperature, dislocation, dynamic thermal conductivity.
cutting, leading plastic forming (LPF), force, temperature, dislocation, dynamic thermal conductivity.
1. Reznikov, A.N., Thermal Physics of Material Machining Processes. V.: Mechanical Engineering, 1981. pp. 279.
2. Starkov, V.K., Dislocation Ideas of Metal Cutting. M.: Mechanical Engineering, 1979. pp. 160.
3. Talantov, N.V., Physical Fundamentals in Process of Cutting, Wear and Destruction of Tools. M.: Mechanical Engineering, 1992. pp 240.
