Friction and Wear Characteristics of Iron-chromium Alloys in Contact with Themselves and Silicon CarbideNational Aeronautics and Space Administration, Scientific and Technical Information Office, 1979 - Chromium-iron alloys - 20 pages |
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14 weight 14-weight-percent-chromium in iron 19 weight percent 19-weight-percent-chromium abrasive friction alloy 14 wt alloys are higher alloys sliding argon atomic percent atomic radius Average coefficient Buckley chro chromium alloys chromium content chromium in iron coefficients of friction cohesive bonds contact pressure controlling the abrasive Donald H experiments were conducted figure 14 Fractured pit friction and wear friction traces grit of silicon groove height gross groove iron alloys iron and chromium iron and pure iron-chromium alloy 14 Kanazawa University Lewis Research Center lumps of wear metal mineral oil Miyoshi mm/min NASA pascal pure chromium pure iron rider specimens room temperature Scanning electron micrographs shear modulus shear strength silicon carbide rider Single pass single-crystal abrasive grit single-crystal silicon carbide single-pass sliding Sliding direction Sliding friction experiments sliding on silicon sliding velocity sputter cleaning tearing fracture total sliding distance various iron-chromium alloys wear behavior wear scar wear track weight percent chromium