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the Methodology of Tribo-Fatigue

Bibliography 

 1.     STB 994–95. Tribo-fatigue. Terms and definitions. (Standard of Belarus). BelStandard, Minsk, 1995. (in Russian).

2.     Sosnovskiy L A, Tribo-fatigue: main terms and definitions. Friction and Wear, 1992, No. 4. (in Russian).

3.     GOST 30638–99. Tribo-fatigue. Terms and definitions. (Interstate Standard). Interstate Standardization, metrology and certification board, Minsk, 1999. (in Russian).

4.     Some words about tribo-fatigue. (Essays). Authors: Vysotsky M C, Frolov K V, Troshchenko V T, and others. Ed. by A Bogdanovich, Gomel, Minsk, Moscow, Kiev, “Remika”, 1996. (in Russian).

5.     Sosnovskiy L A, Makhutov N A, Methodological problems of complex assessment of damage and limiting states of active systems. Zavodskaya Laboratoriya, Moscow, 1991, No. 5. (in Russian).

6.     Sosnovskiy L A, Gao Wanzhen, On methodology of tribo-fatigue. Proc. int. sci. tech conference, Coll. Modern problems of machine studies, State tech university named after P Sukhoy, Gomel, 2000. (in Russian).

7.     Sosnovskiy L A, Mechanics of wear-fatigue. Proc. of the III int. symp. on tribo-fatigue, Ed. by Gao Wanzhen and Li Jian, Hunan University Press, Beijing, 2000.

8.     Frolov K V, Foreword. Proc. of the III int. symp. on tribo-fatigue, Ed. by Gao Wanzhen and Li Jian, Hunan University Press, Beijing, 2000.

9.     Sosnovskiy L A, Tribo-fatigue: problems and prospects. Paper at the USSR Academy of Sciences Exhibition “Mathematics and mechanics to national economy”, Gomel, 1989. (in Russian).

10.   Shcherbakov S S, The force and the coefficient of friction in active systems. Proc. of the III int. symp. on tribo-fatigue, Ed. by Gao Wanzhen and Li Jian, Hunan University Press, Beijing, 2000.

11.   Sosnovskiy L A, Methods of wear-fatigue tests of materials. Zavodskaya Laboratoriya, Moscow, 1990, No. 6. (in Russian).

12.   Sosnovskiy L A, Methods of wear-fatigue tests of active systems and their models. Friction and Wear, 1993, No. 5. (in Russian).

13.   Sosnovskiy L A, Makhutov N A, Bogdanovich A V, Tyurin S A, Diagram of steel 45 limiting states during mechano-rolling fatigue. Zavodskaya Laboratoriya, 1996, No. 2. (in Russian).

14.   STB 1066–97. Tribo-fatigue. Methods of wear-fatigue tests. Tests for mechano-rolling fatigue. (State Standard of Belarus). Minsk, 1997. (in Russian).

15.   Sosnovskiy L A, The statistical model of a deformed solid body and some its application. Strength of Materials, 1990, No. 5, part 1, 1992, No. 11, part 2. (in Russian).

16.   Sosnovskiy L A, Statistical mechanics of fatigue fracture. Nauka i tekhnika, Minsk, 1987. (in Russian).

17.   Sosnovskiy L A, Calculations of fatigue of machine parts with dangerous volume in the probabilistic definition. Applied Mechanics, 1979, No. 4. (in Russian).

18.   Sosnovskiy L A, Koreshkov V N, The statistical model of a deformed solid body and its application. Strength of Materials, 1999, No. 6, part 3. (in Russian).

19.   Tribo-fatigue–96/97: Modelling of active systems. Annual edition. Ed. by V Shurinov, Sci. Prod. Group “Tribofatigue”, Gomel, 1990. (in Russian).

20.   Sosnovskiy L A, Reliability and durability of elements during wear-fatigue tests. Reliability and durability of machines and equipment, 1986, No. 9. (in Russian).

21.   Sosnovskiy L A, Mechano-sliding fatigue of active systems. Vestnik Machinostroeniya, 1992, No. 8–9. (in Russian).

22.   Sosnovskiy L A, Makhutov N A, Shurinov V A, Fretting-fatigue: main regularities. Zavodskaya Laboratoriya, 1992, No. 8. (in Russian).

23.   Sosnovskiy L A, Makhutov N A, Shurinov V A, Mechano-sliding fatigue: main regularities. Zavodskaya Laboratoriya, 1992, No. 9. (in Russian).

24.   Sosnovskiy L A, Makhutov N A, Shurinov V A, Mechano-rolling fatigue: main regularities. Zavodskaya Laboratoriya, 1992, No. 11. (in Russian).

25.   Sosnovskiy L A, Makhutov N A, Mechano-corrosion fatigue: main regularities. Zavodskaya Laboratoriya, 1993, No. 7. (in Russian).

26.   Chizhik C A, Sosnovskiy L A, Gorbunov V V, Lisitsyn S. D, Senkova E L, Peculiarities of emergence and growth of small surface cracks in carbon steel during mechano-rolling fatigue. Zavodskaya Laboratoriya, 1996, No. 3. (in Russian).

27.   Sosnovskiy L A, Experimental grounds of tribo-fatigue. Strength of Materials, 1997, Nos. 3–4. (in Russian).

28.   Sosnovskiy L A, Gao Wanzhen, Tribo-fatigue. Proc. of the III int. symp. on tribo-fatigue, Hunan University Press, Beijing, 2000.

29.   Yahata N, Hirata T, Kato T, Watanabe M, Wear, 1988, v. 121.

30.   Marchenko E A, Petrova I M, Concurent effect of friction and volume loading on fatigue damage accumulation in surface layers of metals. Paper thesis at II int. symp. on tribo-fatigue, “SPAS”– Sci. Prod. Group “Tribofatigue”, Moscow, Gomel, 1996. (in Russian).

31.   Kudryavtsev I A, Yakovlev V F, Effect of alternate (variable) mode of loading on contact durability of rail steel. Paper thesis at II int. symp. on tribo-fatigue, “SPAS”– Sci. Prod. Group “Tribofatigue”, Moscow, Gomel, 1996. (in Russian).

32.   Volkov V M, Petukhov A N, The fracture simulation of metals with cavitation fluid and cyclic mechanical loads. Paper thesis at II int. symp. on tribo-fatigue, “SPAS”– Sci. Prod. Group “Tribofatigue”, Moscow, Gomel, 1996. (in Russian).

33.   Licyuk V S, Zhelnin G G, Sharapov S N, Rail damage and wheel wear. Permanent railway and Track Facilities, 1997, No. 6. (in Russian).

34.   Bufeev V A, Effect of spatial system of active forces on the friction process (supercoulomb and coulomb friction phenomenon). Friction and Wear, 1996, No. 1. (in Russian).

35.   Troshchenko V T, Tsybanev G V, Khotyanovsky A O, Strength of Materials, 1988, No. 6. (in Russian).

36.   Nosovsky I G, Tsybanev G V, Belas O N, Strength of Materials, 1990, No. 4. (in Russian).

37.   Blagodarny V M, The strength rating for gears in terms of their wearing. Paper thesis at II int. symp. on tribo-fatigue, “SPAS”– Sci. Prod. Group “Tribofatigue”, Moscow, Gomel, 1996. (in Russian).

38.   Bugov Kh I, Egozhev A M, Mechanism of wear-fatigue fracture of a group bolted joint in the conditions of deformable slip. Paper thesis at II int. symp. on tribo-fatigue, “SPAS”– Sci. Prod. Group “Tribofatigue”, Moscow, Gomel, 1996. (in Russian).

39.   Makhutov N A, Firsov V T, Yastrebov S S, Grechushkin G M, Fretting-fatigue of press joints. Vestnik Mashinostroenya, 1991, No. 1. (in Russian).

40.   Algin V B, Tribo-fatigue objects as a system in accord with their element behaviour life. Paper thesis at II int. symp. on tribo-fatigue, “SPAS”– Sci. Prod. Group “Tribofatigue”, Moscow, Gomel, 1996. (in Russian).

41    Morozov L V, Statistical and physical prerequisites of using a new class of distribution in tribo-fatigue. Paper thesis at II int. symp. on tribo-fatigue, “SPAS”– Sci. Prod. Group “Tribofatigue”, Moscow, Gomel, 1996. (in Russian).

42    Konovalov L V, Lunkova S M, Complex reliability of equipment due to different criteria of failure. Paper thesis at II int. symp. on tribo-fatigue, “SPAS”– Sci. Prod. Group “Tribofatigue”, Moscow, Gomel, 1996. (in Russian).

 

 
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