Analytic methods for thermal calculation of brakes (review)

Materials Science

Volumn 36, Issue 6, 2000, Pages 857-862

  Evtushenko, O O ^a   Ivanyk, E H ^a   Horbachova, N V ^a  

^a IVAN FRANKO NATIONAL UNIVERSITY OF LVIV   (Ukraine)

Author keywords

[No Author keywords available]

Indexed keywords

CALCULATION; DYNAMICS; ELASTICITY; ENGINEERING; FRICTION; MATHEMATICAL ANALYSIS; REVIEW; THEORY; THERMAL CONDUCTIVITY;

EID: 0034435356     PISSN: 1068820X     EISSN: None     Source Type: Journal    
DOI: 10.1023/A:1011334721154     Document Type: Review

References (40)

1. Temperature on local sections of a sliding contact
2. Tests of materials for friction heat resistance
3. Fundamental mechanical aspects in boundary lubrication
4. Moving sources of heat and the temperature of sliding contact
5. Application of the equations of the thermal dynamics of friction to calculation of the operating characteristics of brakes
6. Theoretical and experimental bases of analysis of a single process of braking with the use of a system of equations of the thermal dynamics of friction
7. Analysis of the operating characteristics of brakes in the intermittent mode of operation with the use of a system of equations of the thermal dynamics of friction
8. Temperature field in friction couples in the case of short-term braking
9. Dynamic processes that appear in applying clutches and brakes
10. Heat processes that appear in applying friction clutches and brakes
11. Temperature field in friction brake disks after a single short-term braking (the process of cooling)
12. Analysis of the heat mode of operation of a band brake
13. Analysis of the temperature mode of a disk railroad brake
14. On the analysis of wear in the process of braking with the use of a system of equations of the thermal dynamics of friction
15. Problems of evaluation of the maximum temperature on nonstationary friction with intensive heat generation
16. The interfacial surface temperature of a disc brake
17. Analysis of heating of brake units with a small coefficient of mutual overlap (by the example of disk-shoe brakes of hoisting-transport facilities)
18. Determination of heat and thermal distortion in braking systems
19. On the calculation of temperature on braking
20. Nonstationary friction heating of the bulges of microinhomogeneities of a sliding contact
21. Bases of the theory of thermal contact in the case of local friction. Part 1
22. Nonstationary distribution of the friction temperature in the vicinity of a unit spot of touch of tips of microinhomogeneities
23. Investigation of thermal modes on friction braking
24. Axisymmetric contact problem during braking with friction heating and wear
25. Effect of the rough surface on the transient friction temperature and thermal stresses near a single contact area
26. Transient temperature in the vicinity of an asperity contact
27. Temperature and stresses in the vicinity of a friction contact of microbulges in the process of braking
28. Simulation of a thermal stressed state in the vicinity of a unit contour region of a friction contact with regard for roughness
29. Influence of convective cooling on the temperature and stressed state on braking
30. Heating of a multilayer half space by friction heat
31. Thermomechanical processes in the case of friction heating of disk brakes
32. Calculation of the temperature field of friction elements on braking
33. Thermoelastic contact of a rotating sphere and a half-space
34. Determination of thermal modes on friction braking