Crack DynamicsAlojz Ivankovic, M. H. Aliabadi Covering various aspects of dynamic fractures this book contains state-of-the-art contributions from leading scientists in the field of crack dynamics. |
Common terms and phrases
Aliabadi anisotropic solids applied assumed asymptotic behaviour boundary element method branching cohesive planes cohesive strength cohesive surfaces cohesive zone computed constant velocity continuum convolution quadrature formula crack acceleration crack edge crack front crack growth crack length crack propagation crack speed crack surface crack tip speed crack velocity ct/a domain dynamic fracture dynamic stress intensity elastic waves elastodynamic stress intensity energy flux experimental finite Fract fracture mechanics fracture processes fracture surface fundamental solutions Green's functions high strain rate Hooke's law hypersingular increase inplane crack integral equation isotropic J/m² Laplace transform ligaments linear load material Mech micro-cracks mode-III elastodynamic stress normal obtained orthotropic orthotropic materials parameters plane strain plastic plate PMMA process region Rayleigh wave scattered shear shown in Figure simulations small scale yielding specific energy dissipation specimen static stress intensity factors time-domain traction time-step transversely isotropic solid Young's modulus δη