National Institute of Standards and Technology / /
IndustryTerm
sheet metal forming / metal sheet / typical metal stamping / topographical imaging techniques / automotive applications / high-resolution topographical imaging / /
MarketIndex
set 30 / /
Organization
National Institute of Standards and Technology / NIST Center for Metal Forming / Materials Science and Engineering Laboratory / Aluminum Association / NIST Center for Metal Forming / Minerals / Metals & Materials Society / /
Person
Ashby / J.B. HUBBARD / Frost / Localization / /
Position
given Rt / Rt / Cumulative Rt / representative / maximum and minimum Rt / approximate Rt / probable Rt / minimum Rt / Research Associate / estimated Rt / /
A Study of the Fundamental Relationships between Deformation-Induced Surface Roughness and Strain Localization in AA5754 M.R. STOUDT, J.B. HUBBARD, M.A. IADICOLA, and S.W. BANOVIC Three-dimensional, matrix-based statisti