Thick film bearings |
No. |
Author(s) - Title |
Pages |
1. |
Ahuja B.B., Chikate P.P. and Basu S.K. -- Hydrostatic - hydrodynamic hybrid conical supports |
11-18 |
2. |
Andharia P.I., Gupta J.L. and Deheri G.M. -- Effect of transverse surface roughness on the behaviour of squeeze film in a spherical bearing |
19-24 |
3. |
D'Agostino V., Guida D. and Ruggiero A. -- Analytical fluid film force in the turbulent journal bearings |
25-32 |
4. |
Harada M., Yang W., Tsukazaki J. and Yamamoto H. -- Characteristics of journal bearings lubricated with ferro-fluid |
33-38 |
5. |
Hirani H., Athre K. and Biswas S. -- Journal bearing design using TKSolver |
39-44 |
6. |
Kałdoński T. and Król A. -- Journal bearing design using TKSolver |
45-50 |
8. |
Klamecki B.E. -- Bearing condition monitoring using vibration measurements and a new signal enhancement technique |
51-56 |
9. |
Rao T.V.V.L.N., Biswas S. and Athre K. -- Derivation of nonlinear coefficients in multi lobe journal bearings |
57-66 |
10. |
Strzelecki S. -- Static characteristics of the two-lobe journal bearing with turbulent oil film |
67-72 |
11. |
Walicka A. and Walicki E. -- Pressure distribution in a curvilinear bearing lubricated by viscoelastic fluid of Rivlin-Ericksen |
73-80 |
12. |
Walicka A., Walicki E. and Ratajczak M. -- Pressure distribution in a curvilinear thrust bearing with pseudo - plastic lubricant |
81-88 |
13. |
Walicki E., Walicka A. and Rossa R. -- Performance of a multilobe conical bearing lubricated by an incompressible Newtonian fluid |
89-98 |
14. |
Walicki E., Walicka A. and Falicki J. -- Inertia effects of viscoplastic lubricant in curved squeeze film |
99-108 |
15. |
Zakharov S.M. and Zharov I.A. -- Calculation of plain hydrodynamic journal bearings considering the shaft angular displacement |
109-114 |
Wear and friction in solid systems |
No. |
Author(s) - Title |
Pages |
1. |
Burya A.I. and Arlamova N.T. -- Friction and wear of phenilon filled by ultra-dispersed oxynitride of silicon-yttrium |
115-120 |
2. |
Cook J.E., Lee A.J.C., Hooper R.M. and Howell J. -- Fretting wear of total hip replacement femoral systems |
121-126 |
3. |
Ču F. and Balič J. -- Cutting conditions from different data bases and tool flow in flexible manufacturing system |
127-132 |
4. |
Dohda K. and Wang Z. -- Friction behavior of aluminum alloy 3004 sheets in ironing process |
133-138 |
5. |
Goto H., Omori S. and Uchijo K. -- Effects of humidity on friction and wear of Al-Si alloy impregnated graphite composite |
139-146 |
6. |
Łunarski J. and Sęp J. -- Analysis of tribological wear of the elements with unconventional two-component sliding surface |
147-152 |
7. |
Mamkhegov M.A. and Chichinadze A.V. -- Materials electrodynamic wear-out |
153-154 |
8. |
Markovic S.L. -- Regeneration of warn-out toothed gear belonging to toothed joint-part |
155-160 |
9. |
Myshkin N.K., Markova L.V. and Konchits V.V. -- Digital images of contact parameters and wear study in tribosystems |
161-166 |
10. |
Napiórkowski J. -- Effect of some abrasive mass properties on the intensity of working element wear |
167-172 |
11. |
Palaghian L., Bîrsan I. and Ciortan S. -- Some wear's tribochemicall aspects |
173-178 |
12. |
Pichugin V.F., Mustafin S.Yu. and Senatorski J. -- Increase of wear resistance of movable joints working in corrosive-active media with abrasive. |
179-182 |
13. |
Song J., Xiyun C., Yunlong W., Xinjing W., Boshui C., Yinhua J. and Guoxu C. -- Friction and wear reduction using lanthanum and boron compounds in oil |
183-188 |
14. |
Takeichi Y., Ariga N., Li C.S., Uemura M. and Dzimko M. -- The thickness effects of copper interlayer on frictional properties of lead-tin thin film |
189-194 |
15. |
Yang L., Yamamoto Y. and Hashimoto M. -- Influence of oxygen and humidity in atmospheres on friction and wear characteristics of TiN and TiC |
195-200 |
16. |
Zolotukhina L.V., Frishberg I.V., Kharlamov V.V., Zhidovinova S.V., Kishkoparov N.V., Dudko P.P. and Kuzmin V.N. -- The effect of fine metal alloy powders on rubbing steel surfaces |
201-206 |
Tribology of polimers and ceramic materials |
No. |
Author(s) - Title |
Pages |
1. |
Gholap G., Navale L.G. and Chikate P.P -- Contact deformation of filled and unfilled teflon under varying temperature |
207-212 |
2. |
Gierzyńska-Dolna M., Rajchel B., Adamus J. and Więckowski W. -- The influence of ion implantation on tribological properties improvement of PE-UHMW polyethylene |
213-218 |
3. |
Hooper R.M., Henshall J.L. and Rogers E. -- Some observations on degradation processes in roller and polymer based bridge bearings |
219-224 |
4. |
Kalin M. and Viintin J. -- Effect of grinding direction on rolling performance of silicon nitride ceramics using a new device with a ball on flat testing principle |
225-230 |
5. |
Kawamura M., Mogami A., Takeichi Y. and Uemura M. -- Tribological properties of PTFE bonded lamella solid lubricants |
231-236 |
6. |
Kupriyanov N. -- Design of contact surface of ceramic materials |
237-240 |
7. |
Polak A. -- The mechanism of transfer film formation on metal surface |
241-246 |
8. |
Tsvetkova E., Kadolich Z. and Pinchuk L. -- Polymer insert of hip joint cup endoprosthesis with modified friction surface |
247-250 |
9. |
Ziemianski K., Capanidis D. and Wieleba W. -- Physical modification of PTFE with glass fibre, carbon fibre and graphite and its influence on tribologic properties of the composite |
251-258 |
Tribology in extreme systems |
No. |
Author(s) - Title |
Pages |
1. |
Anfilofiev A.V. -- Anfilofiev A.V. |
259-262 |
2. |
Bezyazichny V.F., Drapkin B.M., Lyubimov R.V. and Sergeev S.Y. -- Research of opportunities of revealing of a technological heredity of a superficial layer after hardening superficial plastic deformation (SPD) |
263-266 |
3. |
Bobrysheva S. -- Development of lubricating materials using principles of biomechanics and biorheology |
267-272 |
4. |
Drabik J., Pawelec E. and Janecki J. -- Influence of non-toxic components on tribological characteristics of the greases |
273-276 |
5. |
Goncharov V.N. and Pashchenko T.V. -- Operating the ecology of tribological processes |
277-278 |
6. |
Kharlamov V.V., Lokshin B.E. and Permyakova T.A. -- The use of the ecologically pure lubricating-cooling fluids (LCFs) based on deep processing of the swine-breeding plant waste |
279-284 |
7. |
Kobayashi A., Mizutani T. and Kurata Y. -- Study on the surface generation mechanism in machining |
285-290 |
8. |
Kovtun V.A., Pleskachevsky Yu.M., Dmitriev V.V., Zhirnov E.A. and Shalobalov O.M. -- Correlation between tribological properties of powder coatings and electrocontact sintering process parameters |
291-296 |
9. |
Sokolov N.A. and Bausov A.M. -- Magnetic fluid as lubricant: adhesive properties |
297-300 |
10. |
Zlotnikov I.I., Smurugov V.A., Chmykhova T.G. and Zhevnov V.V. -- Regulation of phase interaction in lubricants containing ultradispersed ceramic particles |
301-304 |
Rolling bearings |
No. |
Author(s) - Title |
Pages |
1. |
Bassani R., Ciulli E. and Di Puccio F. -- Analysis of a surface crack in rolling bearings |
305-310 |
2. |
Fuji T., Takenouchi K., Ariyoshi S. and Kawakita K. -- Experimental study on ball motions in thrust ball bearings |
311-316 |
3. |
Shabaykovitch V. -- The non-clearance rolling bearing |
317-320 |
4. |
Takenouchi K., Fuji T., Takeyari T., Watanabe N., Iwama A. and Kawakita K. -- Measurement of ball motion in a ball-type limited slip differential gear |
321-328 |
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