Published: Jan 1992
| ||Format||Pages||Price|| |
|PDF (240K)||15||$25||  ADD TO CART|
|Complete Source PDF (8.5M)||443||$266||  ADD TO CART|
The scattering of elastic waves by interfacial cracks in layered media has been investigated in this paper. A hybrid numerical method is employed for obtaining the solution. This method combines the finite element equations and the Green's function boundary integral representation. Numerical results are presented for the crack opening displacements (COD) and the Mode I and Mode II stress-intensity factors (SIF) as functions of nondimensional frequency when normal and tangential time harmonic line loads are applied on the free surface of the layered medium.
crack opening displacement, dynamic load, finite element method, Green's function, hybrid method, interface crack, layered medium, resonance, stress-intensity factors, fracture mechanics, fatigue (materials)
Research assistant, University of Colorado, Boulder, CO
Professor, University of Colorado, Boulder, CO