logo
    Air abrasion: the new standard of care.
    PubMed (1996)
    S Rosenberg
    3
    Citation
    0
    Reference
    10
    Related Paper
    Keywords:
    Abrasion (mechanical)
    Topics:
    Burn Injury Management and Outcomes
    Radiation Dose and Imaging
    Abrasive wear behaviour of an Al2O3–Al co-continuous composite
    Wear (1999)
    V. ImbeniIan M. HutchingsMichael C. Breslin
    Abrasion (mechanical)
    Citations (31)
    The effect of shape and size distribution of abrasive particles on the volume loss of enamel using micro-abrasion
    Wear (2020)
    M. BaigRichard CookJonathan PrattenR.J.K. Wood
    Abrasion (mechanical)
    Particle (ecology)
    Citations (19)
    Three-body abrasion of Al–SiC composites
    Wear (1999)
    Kassim S. Al-RubaieHélio GoldensteinJosé Daniel Biasoli de Mello
    Abrasion (mechanical)
    Powder Metallurgy
    Volume fraction
    Citations (54)
    The influence of submechanisms of abrasion on the wear of steels under lubricated sliding
    Wear (2021)
    Bojan MitevskiDzhem KurtulanStefanie Hanke
    Abrasion (mechanical)
    Reciprocating motion
    Citations (5)
    Comparison of abrasive wear in diamond composites and WC-based coatings
    Wear (2011)
    Patrick W. LeechXingsheng Li
    Citations (18)
    Micro-abrasion of filled and unfilled polyamide 11 coatings
    Wear (2004)
    J.O. BelloR.J.K. Wood
    Abrasion (mechanical)
    Citations (52)
    Characterisation and wear performance of plasma sprayed WC–Co coatings
    Materials Science and Technology (1989)
    V. RamnathN. Jayaraman
    AbstractIn the present paper, an evaluation is made of the effect of the characteristics of raw materials on the characteristics of plasma sprayed WC–Co coatings and their abrasion wear performance. The raw materials and the coatings were characterised using X-ray diffraction techniques and metallography. The coatings were subjected to a standard ASTM abrasion wear test and their relative performances were explained based on their characteristics. Mainly, it was found that the coating characteristics were affected by the particle size, chemistry, phase composition, and porosity of the powder, factors which are dependent on the method of manufacture of the powder. In turn, it was found that the coating characteristics such as phase composition, porosity, and carbide size affected the abrasion wear performance. In general, it appears that better abrasion wear resistance is provided by denser coatings, which have a very fine distribution of hard phases (such as η-carbides) and an absence of softer phases.MST/790
    Abrasion (mechanical)
    Metallography
    Citations (81)
    Wear of titanium carbide reinforced metal matrix composites
    Wear (1999)
    Ömer DoğanJeffrey A. HawkJoseph TylczakRichard D. WilsonR.D. Govier
    Abrasion (mechanical)
    Titanium carbide
    Powder Metallurgy
    Volume fraction
    Citations (114)
    Tribological stability of Al2O3 short fiber reinforced high Cr cast irons
    Wear (2001)
    Michiru SakamotoHuanan LiuMikio NomuraKeisaku Ōgi
    Abrasion (mechanical)
    Volume fraction
    Citations (5)
    Two body abrasion wear behaviour of Cu–ZrB2 composites against SiC emery paper
    Wear (2020)
    Mahammad Ali ShaikBrahma Raju Golla
    Abrasion (mechanical)
    Wear coefficient
    Relative density
    Citations (29)