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activation energy active slip systems alloys anisotropy back stress Burgers vector by-pass Chapter compression constant constitutive models constriction stress creep cross-slip event cross-slip model cross-slip stress CRSS cube cross-slip cube plane Cycle cyclic deformation deformation behavior deformation mechanisms diffraction discussed dislocation density dissociation drag stress driving force fault energies flow rule function g-vector high temperatures inelastic strain isotropic latent hardening loading loops low temperature Mar-M material metals microstructural Ni3Al Nickel-Base NigAl number of active observed occur octahedral slip orientation dependence parameter plastic strain Pope precipitate primary cube slip proposed Rene N4 S-ISF Schmid factor screw dislocations shear strain shear stress shown in Figure single crystal superalloys slip plane slip traces stacking fault stacking fault energies steady-state strain hardening strain rate stress state variable structure substructures superpartial temperature dependence temperature regime tension tension-compression asymmetry tensor thermally activated uniaxial unit dislocations yield strength yield surface