FAILURE OF MACHINE PARTS BECAUSE OF SEIZURE AND EVALUATION OF TEMPERATURE IN THE AREA OF LOAD AND SLIDE CONTACT.

Authors

Roman Dubrovsky, New Jersey Institute of Technology
Yulian Kin, New Jersey Institute of Technology

Document Type

Conference Proceeding

Publication Date

12-1-1987

Abstract

An examination of failed real machine parts engaged with copper alloy parts showed that diffusion during the failure plays the major role. The experiments were conducted to measure the copper diffusion parameters and their temperature dependence in the steel. These results allowed development of a method for calculation of the temperature splash in the area of load and slide contact. The obtained results indicate that the probability of seizure is greater at a temperature range below the critical line when the grain boundary and short circuiting diffusion provide a higher diffusion rate.

Identifier

0023545869 (Scopus)

First Page

23

Recommended Citation

Dubrovsky, Roman and Kin, Yulian, "FAILURE OF MACHINE PARTS BECAUSE OF SEIZURE AND EVALUATION OF TEMPERATURE IN THE AREA OF LOAD AND SLIDE CONTACT." (1987). Faculty Publications. 20942.
https://digitalcommons.njit.edu/fac_pubs/20942