Crystal structures and Friction

AI Thread Summary
The discussion centers on the relationship between crystal structures and friction coefficients, specifically questioning whether HCP (hexagonal close-packed) structures exhibit better friction resistance compared to FCC (face-centered cubic) structures. The participant cites two papers, "Friction and Wear" by Glaeser and "A Simplified Approach to the Adhesive Theory of Friction" by Straffelini, which suggest that crystal structure influences friction and plastic deformation properties. There is a suggestion to examine the angles between cleavage planes for further insight into this relationship. The conversation highlights a need for more conclusive evidence regarding the friction characteristics of HCP metals. Understanding these relationships is crucial for applications in materials science and engineering.
darkelf
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Hello,

I have this ongoing argument with my professor. I read in a paper (friction and wear) that the crystal structure can affect friction. HCP crystal structures having lower friction coefficients. I have two papers that mention this in passing one, linking FCC crystal structures to have better plastic deformation but nothing conclusive.

Can anyone shed more light on this? Do HCP crystal structured metals have better friction resistance?
 
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Please cite the paper you read.

I think an examination of the angles between cleavage planes might help.
 
The first paper would be 'Friction and Wear' Glaeser and the second 'A Simplified Approach to the Adhesive Theory of Friction' Straffelini. They relate it to the plastic deformation properties.
 
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