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Elasticity / Plasticity / Materials science / Deformation / Stress analysis / Yield / Strength of materials / Work hardening / Tensile testing / Mechanics / Physics / Solid mechanics


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Document Date: 2012-10-04 13:08:34

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City

Philadelphia / Springer-Verlag / /

Company

Pearson / located using a Pearson / /

Country

United States / /

Currency

pence / /

/

Facility

National Institute of Standards and Technology / /

IndustryTerm

sheet metal / power-law exponent / isotropic constitutive law / sheet metal samples / sheet metal forming processes / power-law / in-situ uniaxial power-law / mild steel / metal forming operations / power-law strain hardening relation / chemical and alloying effects / power-law hardening / power-law fr / consititutive law / manufacturing purposes / power law / power-law model / modified power-law model / strained sheet metal sample / sheet metal forming die designs / /

MarketIndex

Top 40 / /

MusicGroup

X-ray / /

NaturalFeature

modified Hill / /

Organization

National Institute of Standards and Technology / Department of Commence / Technology Administration / Metallurgy Division / PS (RD) PS / Minerals / Metals & Materials Society / /

Person

M.A. IADICOLA / Ray Diffraction / U. Lienert / R.J. Fields / H.J. Prask / S.W. BANOVIC / T.J. Foecke / T. Gnaeupel-Herold / Z.C. Xia / T. Foecke / /

Position

Materials Scientist / XRD head / Researcher / /

ProvinceOrState

Pennsylvania / Maryland / New York / /

Technology

radiation / X-ray / X-ray system / /

SocialTag