Melbourne / Wyko / London / New York / Kowloon / /
Company
Oxford University Press / Memory Applications Inc. / /
Country
United States / Australia / /
Currency
USD / / /
Facility
American Institute of Physics V Downloaded / Hong Kong University of Science / Monash University / American Institute of Physics / /
IndustryTerm
mechanical energy / derived scaling law / misfit strain energy / free energy / bulk elastic misfit strain energy / chemical free energy / bulk energy / isotropic interface energy / potential energy / interface energy / chemical free energy change / surface energy / chemical free energy density / energy analysis / elastic misfit strain energy / nano-scale devices / chemical free energy changes / interface energy density / elastic strain energy / bulk chemical free energy / energy minimization principal / energy terms / interface energy terms / energy / /
Organization
Department of Mechanical and Aerospace Engineering / Hong Kong Research Grants Council / American Institute of Physics / Monash University / Victoria / Hong Kong University of Science and Technology / Oxford University / Department of Mechanical Engineering / /
APPLIED PHYSICS LETTERS 99, Depth dependency of indentation hardness during solid-state phase transition of shape memory alloys Abbas Amini,1 Wenyi Yan,2 and Qingping Sun1,a) 1