New parameter for characterizing and correlating impact-sliding fretting wear to energy dissipation—experimental investigation

On the Thermodynamics of Friction and Wear―A Review

“…The use of frictional energy dissipation approach for evaluating the behavior of non-sliding (fretting) triobsystem remains to be of great importance to researchers. Among them, are the works of Zhang et al [25], Bureauy et al [26], Attia et al [27], Magaziner et al [28], Dini and Hills [29], and Korsunsky and Kim [30].…”

“…Equation (25) results in Equations (27) and (28) if the effect of load and temperature are considered, respectively:…”

“…From Equation (27), it can be concluded that the system loses its stability if the sign of the product becomes positive. Therefore, if the system loses its stability from equilibrium state, there is a possibility that self-organization occurs and consequently friction and wear decrease.…”

Effect of structural stiffness on impact-sliding wear behavior of aluminium alloy

“…In order to study the movement of impact-sliding, several test devices have been developed. [9][10][11][12][13][14][15] Messaadi et al 16,17 studied the impactsliding wear of sintered steel and determined that the impact angle, temperature, friction coefficient, and lubrication conditions had significant impacts on the wear behavior of impact-sliding. The impact angle was closely related to the interfacial shear stress and the main damage was transformed from shear deformation to plastic deformation and delamination with the increase in the impact angle.…”

Development of a novel cycling impact–sliding wear rig to investigate the complex friction motion

“…Impact-sliding fretting wear means that tangential friction occurs simultaneously with impact forces acting upon mechanical components. This combination of motions will increase fretting wear [10][11][12][13][14][15] because the wear surface will be subjected to punch cutting, chipping, and other damages. At the same time, the material of the wear surface layer will harden and form cracks [16], and then, the connection and expansion of cracks can cause material loss and failure.…”