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A HISTORICAL REVIEW OF WEAR MODELING
VARIETY IN EACH WEAR MODELING STEP
THE TREND OF WEAR MODELING
1C G NC 1G NC 2C G abrasive particles abrasive wear activation energy categorization coefficient of friction conceptual equations density of wear elastic modulus empirical equations equation which select erosion rate erosion wear factor fatigue fracture toughness friction and wear G INC gas constant hardness impact angle Lhymn lubricant macro mass loss micro micro-view analysis multi-category NC 2S 1M NC IS M L normal load number of equations number of parameters occurrence in wear oxide parameter selection Poisson's ratio principle equations proposed radius real contact area relative wear resistance shear sliding distance sliding velocity sliding wear equations stage steel strain stress target temperature test material theories Tribological view modeling trend volume loss wear coefficient wear debris wear equations wear groove wear loss wear mechanism wear modeling wear particle wear phenomena wear process wear rate Wear surface wearing system classifications worn volume Young's modulus