Friction and Wear Properties of Oriented Fe2B with Different Cr Additions under Water-Lubricated Condition

Ke Min Li; Zhi Fu Huang; Chao Feng Qin; Han Wen Ma; Wei Yao Zhang

doi:10.4028/www.scientific.net/MSF.975.3

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Friction and Wear Properties of Oriented Fe₂B with Different Cr Additions under Water-Lubricated Condition
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HomeMaterials Science ForumMaterials Science Forum Vol. 975Friction and Wear Properties of Oriented Fe2B with...

Friction and Wear Properties of Oriented Fe₂B with Different Cr Additions under Water-Lubricated Condition

Abstract:

In the present study, pure oriented Fe₂B with Cr addition were prepared. The friction and wear properties of oriented Fe₂B with different Cr additions were investigated by optical microscopy, scanning electron microscopy and 3D laser scanning microscope. Results indicate that fracture toughness of the cross section is higher than that of the longitudinal section invariably with the same Cr addition. Both cross and longitudinal sections, the fracture toughness value increases from 1Cr to 2Cr and decreases from 2Cr to 3Cr. Friction coefficient and wear loss of cross section are lower than those of the longitudinal section under the same Cr addition. For the identical grain orientation, the friction coefficient and wear loss rise from 1Cr to 2Cr and then drop from 2Cr to 3Cr. 2Cr-C sample has the lowest friction coefficient and wear loss. On the contrary, the friction coefficient and wear loss of 3Cr-L sample are the highest. Wear mechanisms of Fe₂B alloy are brittle rupture and abrasive wear.