Abrasive wear behavior of D2 tool steel with respect to load and sliding speed under dry sand/rubber wheel abrasion condition

A comparative investigation of the wear behavior of PTFE and PI under dry sliding and simulated sand-dust conditions

“…3a, the wear rate of PTFE increases with the increase of applied load under aforementioned three test conditions, which is in agreement with previous reports [2,5,11,15]. In contrast to PTFE, the wear rate of PI under sand-dust conditions is observed to decrease with the load.…”

Wear properties of friction stir processed AISI D2 tool steel

“…4, it seems also that increasing the rotation rates of FSP from 400 to 800 rpm does not go along with the SZs' depth of all FSPed samples. In addition, Ma et al [19] indicated that neither the phase transformation nor the minor strengthening during the wear test was responsible for the progress of the D2 steel wear. They showed that the improved wear properties of the D2 tool steel have been due to the test condition which may be associated with strengthening of the abrasive particles that affects the surfaces of the samples.…”

Abrasive Wear Behaviour of Heat Treated En31 Steel

“…There are contradictory opinions in the reported literature -some authors [22][23][24][25] suggested that increase in hardness increases abrasive wear resistance, while few others reported 26,27) a decrease in abrasive wear resistance with the increase in hardness, in particular, where abrasive wear by brittle fractures predominates. Relatively less data is published regarding the abrasive wear behaviour of En31 steel.…”