The newly-developed scaled boundary finite element method (SBFEM) is able to calculate
stress intensity factors directly because the singularity in stress solutions at crack tips is …

This paper presents an energy-based approach for the finite-element modeling of mixed-
mode cohesive crack propagation. This approach predicts the propagation of a quasistatic …

Based on an energy principle and a virtual crack extension technique, a practical finite-
element modeling approach for the automatic mixed-mode two-dimensional (2D) linear …

The dactyl club of stomatopods is a biological hammer used to strike on hard-shell preys. To
serve its function, the club must be imparted with a high tolerance against both contact …

Multiple fractures intersection induced by crack propagation and coalescence is extremely
significant for revealing the fracturing essence and establishing mechanical models of …

This work introduces a methodology for self-adaptive numerical procedures, which relies on
the various components of an integrated, object-oriented, computational environment …

The scaled boundary finite element method (SBFEM) is a recently developed numerical
method combining advantages of both finite element methods (FEM) and boundary element …

Oscillations observed in the load–displacement response of brittle interfaces modeled by
cohesive zone elements in a quasi-static finite element framework are artifacts of the …

The finite element analysis of linear elastic fracture mechanics problems is complicated by
the presence of the singular and finite non‐singular stress distributions in the crack tip …

Mesh generation and refinement for FEM and BEM— A bibliography (1990–1993) -
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