A Cutting-Edge Survey of Tribological Behavior Evaluation Using Artificial and Computational Intelligence Models

Table 2

Comparison of materials with the block-on-ring wear test and the results observed.

Materials used	Tests performed	Results observed	Ref.
In one experiment, the NiCrBSi castellan PE 3309 alloy was flame sprayed onto prism-shaped grey cast iron, and in another, the alloy was laser remelted.	Block-on-ring test	The laser remelted coating wore out faster. The most common wear mechanism discovered is adhesion.	[42]
The substrate is grey cast iron, and the coating material is NiCrBSi alloy powder.	Block-on-ring test	Sliding speed had little to no effect on the wear rate as observed during the sliding test.; Adhesive wear was observed at the highest loads.	[43]
Al coated with a polyetheretherketone (PEEK) composite and Al coated with a polyetheretherketone/SiC (PEEK/SiC) composite	Block-on-ring test	Compared to aluminum substrates, both polymer coatings showed a substantial improvement in wear resistance. In most sliding conditions, the addition of SiC to polymer coatings improved wear resistance even further.	[44]
WC-Co cemented carbides	Block-on-ring test	As the binder content of the WC-Co alloys increased, the wear rate caused by slipping increased.	[45]