全部文献期刊学位论文会议报纸专利标准年鉴图书|学者科研项目
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作者:H Kakisawa , K Honda , Y Kagawa
来源:[J].Materials Science & Engineering A(IF 2.108), 2000, Vol.284 (1), pp.226-234Elsevier
摘要:Abstract(#br)The effect of abrasive wear at frictional sliding interface on shear frictional resistance in fiber-reinforced composite has been studied using W fiber-reinforced epoxy model composite. The interface shear frictional resistance decreases with the increase of fiber-ma...
作者:V. B. Zelentsov , B. I. Mitrin , I. A. Lubyagin
来源:[J].Journal of Friction and Wear(IF 0.357), 2017, Vol.38 (4), pp.265-271Springer
摘要:The problem of the wear of an elastic coating due to a rigid body sliding over the coating surface and heating due to contact friction has been considered. The solution of the quasi-static problem has been constructed in the form of a series over eigenvalues. The area of unstable...
作者:W.M. Palin , G.J.P. Fleming , F.J.T. Burke ...
来源:[J].Dental Materials(IF 3.773), 2005, Vol.21 (12), pp.1111-1118Elsevier
摘要:Summary(#br)Objectives(#br)Frictional forces play a major role in the oral wear process of dental resin-based composites (RBCs) and it would be of interest to consider how the energy from friction is dissipated at the material surface. Consequently, the micromechanical wear prop...
作者:A. V. Makarov , L. G. Korshunov
来源:[J].Physics of Metals and Metallography(IF 0.573), 2019, Vol.120 (3), pp.303-311Springer
摘要:Abstract(#br)The following materials-science aspects of the frictional treatment (FT) of martensitic and austenitic steels with sliding indenters were considered in this study: mechanisms of nanostructuring of iron alloys upon FT under sliding-friction conditions; strengthening, ...
作者:A. V. Makarov , N. A. Pozdejeva , R. A. Savrai ...
来源:[J].Journal of Friction and Wear(IF 0.357), 2012, Vol.33 (6), pp.433-442Springer
摘要:Abstract(#br)The paper deals with the study of the structure, deformation hardening, and wear resistance under abrasive and sliding friction of quenched structural steel 50 (0.51% of C), which is subjected to frictional treatment by a hard alloy indenter. The resistance of a stee...
作者:M. Sh. Migranov , S. M. Minigaleev , S. R. Shekhtman
来源:[J].Steel in Translation, 2017, Vol.47 (11), pp.699-704Springer
摘要:... In the present work, the wear of cutting tools produced by the sintering of high-speed steel powder is studied. Tool materials based on high-speed steel with additional alloying by titanium carbide (carbide steel) are shown to be highly wear-resistant. They may be classi...
作者:A. Y. Shubin , A. I. Potekaev , V. M. Savostikov ...
来源:[J].Steel in Translation, 2017, Vol.47 (12), pp.777-781Springer
摘要:... The coated substrates undergo frictional tests in a pin-on-disk configuration. The relative velocity of the counterbodies is 50–60 cm/s. The results show that the tribological characteristics of the coating—in particular, the wear resistance—depend significantly on ...
作者:Yu. F. Ivanov , A. A. Klopotov , E. A. Petrikova ...
来源:[J].Steel in Translation, 2017, Vol.47 (10), pp.669-674Springer
摘要:...5 and the wear resistance by a factor of 1.5, while the frictional coefficient is decreased by a factor of 1.6. For 20Х13 steel, the microhardness is increased by a factor of 1.5 and the wear resistance by a factor of 3.2, while the frictional coefficient is decreased by a...
作者:A. D. Koval’ , M. N. Brykov
来源:[J].Journal of Friction and Wear(IF 0.357), 2010, Vol.31 (3), pp.228-233Springer
摘要:Abstract(#br)Frictional heating is analyzed to check the wear resistance of major structural components of undoped ferricarbonic alloys during abrasive wear. It is established that the wear resistance of austenite drops twofold once the temperature leaps to 130°C. The wear resistance...
作者:L. G. Korshunov , V. G. Pushin , N. L. Chernenko
来源:[J].The Physics of Metals and Metallography(IF 0.573), 2012, Vol.113 (6), pp.629-636Springer
摘要:Abstract(#br)The effect of a combined treatment including severe plastic deformation under the conditions of dry sliding friction and heating in air to temperatures of 300–480°C (holding for 1 h) on the structure and wear resistance of the surface layer of the Ti 49.4 Ni ...

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