Correlation of Ideal and Actual Shear Strengths of Metals with Their Friction PropertiesNational Aeronautics and Space Administration, Scientific and Technical Information Branch, 1981 - Friction - 9 pages |
Common terms and phrases
99.99 percent pure actual shear strength body-centered cubic clean diamond clean metals close-packed coefficient of friction contact with clean contact with various crystal cubic metals direction of shear distance of atoms DISTANCES BETWEEN PLANES experiments were conducted face-centered cubic friction for metals friction properties Gimbal GPa Tmax/G Tmax hexagonal metals Hexagonal structure ideal and actual ideal shear strength ideal strength ideal tensile strength interplanar spacing lattice constants lower the coefficient metals in contact mm/min nanometer NASA nonmetal or metal pascal Performing Organization plane and direction platelets properties of metals pyrolytic boron nitride repeat distance room temperature shear modulus shear stress single-crystal diamond single-crystal manganese-zinc ferrite single-crystal silicon carbide sliding contact Sliding direction sliding interface sliding velocity slip plane strain gage strength of metals surface energy surface in sliding theoretical cohesive strength theoretical strength Tmax/G GPa vacuum pressure vacuum system various polycrystalline metals Wear track Young's modulus