The Kinetic Relation of a Peierls Dislocation in a Higher-gradient Dispersive ContinuumCornell University, 2005 - 522 pages |
Contents
A Dynamic Higher Gradient Continuum Models | 6 |
Discrete Model for Dislocation | 35 |
A Solution for Discrete Model | 45 |
12 other sections not shown
Common terms and phrases
3q¹ç² Anisotropic boundary conditions c₁ calculations context continuum theory crystal differential equation discrete model dispersion relation dissertation dissipation dynamic higher gradient edge dislocation Eest equation of motion Eshelby ƏHijkl Ən² force Fourier Transform Frenkel Frenkel-Kontorowa model gradient continuum models Green's function group velocity half space higher gradient continuum interface law Ishioka Isotropic Model kinetic relation kmax kmin l₁y length scales Model 3 Rosenau motion of dislocation moving dislocation NNN interactions nonlocal OW₁(F,G OW₂ F,H Peierls Peierls-Nabarro model phase velocity phonons problem radiation condition relation for Model screw dislocation second gradient shown in Fig slip condition slip displacement slip plane speed of sound strain energy stress studied theory of dislocations theory of elasticity uniform motion unstable W₂ WW2 F,H αξ σο ән მი