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1976
The abrasive wear of machine components used in mining, mineral dressing, and earth moving machinery has long been recognized as a major problem in material design. This problem has been studied on a laboratory scale using four types of tests which simulate abrasion conditions ranging from severe gouging wear to low-stress erosion. These tests, namely,
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The abrasive wear of machine components used in mining, mineral dressing, and earth moving machinery has long been recognized as a major problem in material design. This problem has been studied on a laboratory scale using four types of tests which simulate abrasion conditions ranging from severe gouging wear to low-stress erosion. These tests, namely,
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Wear, 1969
Abstract Results obtained by Bayer, Baker and Ku 1 s for the wear of several alloys by data-processing card stock were originally considered in terms of the dimensions of the “wear scars”. An analysis in terms of volumetric wear shows that the data conform with the elementary relationship for slow, hard abrasive wear.
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Abstract Results obtained by Bayer, Baker and Ku 1 s for the wear of several alloys by data-processing card stock were originally considered in terms of the dimensions of the “wear scars”. An analysis in terms of volumetric wear shows that the data conform with the elementary relationship for slow, hard abrasive wear.
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Mass and Volumetric Abrasive Wear Measurements of the Mining Conical Picks
Sustainability, 2023Krzysztof Krauze +2 more
exaly
On geometry and kinematics of abrasive processes: The theory of aggressiveness
International Journal of Machine Tools and Manufacture, 2020Jeffrey Badger +2 more
exaly
Abrasive wear test installation
Soviet Materials Science, 1975K. P. Tabinskii, V. V. Kozub
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