STRUCTURE, PHASE COMPOSITION, MECHANICAL PROPERTIES OF COMPOSITE MATERIALS BASED TITANIUM ALLOY Ti + 10Mo AND SYNTHESIZE FILMS OF FRICTION
Journal Title: Проблеми тертя та зношування - Year 2016, Vol 70, Issue
Abstract
The phase composition, structural state and some of the mechanical properties (HTІ - Hardness, H / Er - normalized hardness, ε - elastic strain and σ - the elastic limit) of composite materials (KM1 Ti + 10Mo + MoS2, KM2 Ti + 10Mo + MoS2, KM3 Ti + 10Mo + CaF2, KM4 Ti + 10Mo + BN) and secondary films synthesized at the surface of the friction material when mated with steel in air at 45 V = 6 and 15 m / s under a pressure of 0.8 MPa. The structure of composite materials formed on their surfaces secondary lubricating films evaluated as nanocrystalline. This structure provides a material based on titanium alloys is relatively low coefficients of friction and low wear.
Authors and Affiliations
A. G. KOSTORNOV, O. I. FUSCHYCH, V. F. GORBAN, T. M. CHEVYCHELOVA, M. V. KARPETS
DYNAMIC ANALYSIS OF THE LEVER MECHANISM
The iterative method of the law of movement of an initial link of the lever mechanism in time of settled regime definition, not connected with dynamic synthesis, is offered.
NONCIRCULAR-SCREW GEARS
Mathematical model of synthesis of circular-screw gears with asymmetric function of transmission ratio based on the offered main and additional conditions of synthesis is stated in the article. The advantage of applicati...
ELECTRIC SPARK COATING FOR STRENGTHENING OF CUTTING TOOL
The article describes and analyzes the results of the numerical calculations of new residual stresses in EIL surfaces defined by their optimal thickness and density. The described method of applying boundary conditions t...
METHODS OF TESTING OF SPHERICAL PLAIN BEARINGS FOR WEAR-RESISTANCE
The holders have been developed for spherical plain bearings testing at the facility, which was made in accordance with GOST 23.211-80. The holders allow wear resistance tests for bearings of the following types: Ш, ШН,...
PROFESSOR M. KINDRACHUK CREATIVE CAREER
PROFESSOR M. KINDRACHUK CREATIVE CAREER