Small Scale Deformation using Advanced Nanoindentation Techniques
Tsui, Ting||Volinsky, Alex A.
Small Scale Deformation using Advanced Nanoindentation Techniques
English[eng]
n/a||nanoscale||fracture toughness||helium irradiation||cement paste||solder||fracture||Pop-in||fatigue||strain rate sensitivity||viscoelasticity||nuclear fusion structural materials||biomaterials||transmission electron microscopy||mammalian cells||quasicontinuum method||brittleness and ductility||morphology||creep||dimensionless analysis||size effect||mechanical properties||hardness||shear transformation zone||TSV||micro-cantilever beam||multiscale||InP(100) single crystal||surface pit defect||mixed-mode||micromechanics||soft biomaterials||metallic glass||atomic force microscopy (AFM)||Bi2Se3 thin films||constitutive model||pop-in||rate factor||FIB||nickel||nanoindenter||miniaturized cantilever beam||hydrogen embrittlement||nanoindentation||irradiation hardening||reduced activation ferritic martensitic (RAFM) steels||tantalum
Small Scale Deformation using Advanced Nanoindentation Techniques
English[eng]
n/a||nanoscale||fracture toughness||helium irradiation||cement paste||solder||fracture||Pop-in||fatigue||strain rate sensitivity||viscoelasticity||nuclear fusion structural materials||biomaterials||transmission electron microscopy||mammalian cells||quasicontinuum method||brittleness and ductility||morphology||creep||dimensionless analysis||size effect||mechanical properties||hardness||shear transformation zone||TSV||micro-cantilever beam||multiscale||InP(100) single crystal||surface pit defect||mixed-mode||micromechanics||soft biomaterials||metallic glass||atomic force microscopy (AFM)||Bi2Se3 thin films||constitutive model||pop-in||rate factor||FIB||nickel||nanoindenter||miniaturized cantilever beam||hydrogen embrittlement||nanoindentation||irradiation hardening||reduced activation ferritic martensitic (RAFM) steels||tantalum