Calculation of the deformation component of the force of friction for a standard elastoviscous base
Source abstract
Abstract
The deformation component of the force of friction is determined for the standard elastoviscous base using the energy approach. The obtained formula served to calculate the force of friction of a punch with extreme points. It is established that the friction coefficient grows as the punch becomes rougher. When the sliding velocity of the flat punch with the left angle tends to zero, the force of friction has a nonzero limit.
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OpenAlex topics: Mechanics and Biomechanics Studies · Engineering Technology and Methodologies · Advanced Theoretical and Applied Studies in Material Sciences and Geometry
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References (10)
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