Results 331 to 340 of about 2,570,544 (382)
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A Hypothetical Mechanism for Rubber Abrasion
Rubber Chemistry and Technology, 1989Abstract A hypothetical mechanism for creating subsurface cracks during frictional sliding has been proposed as part of the process of abrasive wear of rubber. It consists of the unbounded elastic expansion of microscopic precursor voids until they burst open as cracks, under the action of internal pressure or of a triaxial tension in ...
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, 2018
This article reports on mechanical and slurry abrasion response of a new class of material developed by reinforcement of blast furnace slag (BFS) in needle-punched nonwoven polyester fabric epoxy composites.
P. K. Patnaik, S. Biswas
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This article reports on mechanical and slurry abrasion response of a new class of material developed by reinforcement of blast furnace slag (BFS) in needle-punched nonwoven polyester fabric epoxy composites.
P. K. Patnaik, S. Biswas
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Mechanisms of abrasive wear in lubricated contacts
Wear, 1992Despite the fact that many machine components are designed to operate with a comparatively thick film of lubricant between the loaded surfaces these often still deteriorate with time as hard particulate contaminants are swept through the bearing gap.
A.M. Hyncica, John A. Williams
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A new approach to the mechanics of abrasion
Wear, 1981Abstract A comparison of the results of abrasive wear tests with the results of scratch tests designed to simulate abrasion shows that they are apparently in contradiction. It is shown that this contradiction arises because the scratch tests fail to simulate an important mechanism of metal removal, side wall stripping.
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Wear, 1994
Abstract The mechanism of rubber abrasion proposed in the previous paper was reconfirmed not only in unfilled and filled NR but in SBR and silicone rubber. It is an essential and general rule in rubber abrasion that the microvibration induced in the slip phase of stick-slip oscillation generates the initial abrasion patterns and the stick-slip motion
Hirotaka Yamazaki, Yoshihide Fukahori
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Abstract The mechanism of rubber abrasion proposed in the previous paper was reconfirmed not only in unfilled and filled NR but in SBR and silicone rubber. It is an essential and general rule in rubber abrasion that the microvibration induced in the slip phase of stick-slip oscillation generates the initial abrasion patterns and the stick-slip motion
Hirotaka Yamazaki, Yoshihide Fukahori
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Mechanics of Abrasion of Textile Materials
Textile Research Journal, 1945A method is described for predicting the inherent abrasion resistance of textile materials substantively by the use of load-elongation diagrams of mechanically conditioned specimens. Immediate and delayed deflections are discussed as they affect energy coefficient E.
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ACS Applied Materials and Interfaces, 2015
Inspired by naturally occurring superhydrophobic surfaces such as "lotus leaves", a number of approaches have been attempted to create specific surfaces having nano/microscale rough structures and a low surface free energy.
Naoyuki Yokoi +3 more
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Inspired by naturally occurring superhydrophobic surfaces such as "lotus leaves", a number of approaches have been attempted to create specific surfaces having nano/microscale rough structures and a low surface free energy.
Naoyuki Yokoi +3 more
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On the mechanisms of abrasive wear of polyamide fibres
Wear, 2003The abrasion resistance of fibres is a basic property in the textile industry since the fibres can be damaged during the manufacturing process. To understand the fundamental mechanisms of abrasion of 40 μm diameter polyamide fibres, a tribometer using a fibre-cylinder contact configuration immersed in water has been developed.
Antoine Chateauminois +4 more
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Mechanics of an abrasive medium in a vibrating container
Russian Engineering Research, 2011Dynamic analysis of the motion of abrasive in a vibrating container yields differential equations describing their interaction, which may be used to ensure specified technical conditions.
F. S. Yunusov, R. F. Yunusov
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