Hydraulic fracturing unlocks previously inaccessible hydrocarbons in unconventional
reservoirs by creating artificial pathways in the unconventional reservoir. Numerical …

In this study, a nonlocal multiscale damage model that considers the effect of a strain rate is
presented. Moreover, this model is combined with the scaled boundary finite element …

This study introduces a numerical framework for analysing hydrogen assisted cracking,
employing the scaled boundary finite element method. This is the first instance where the …

In the era of Industry 4.0, the prominence of 3D printing as a pivotal manufacturing
technology has greatly expanded, particularly within the domain of additive manufacturing …

Phase-field modeling, owing to the regularized representation of discrete crack topologies,
provides an efficient and robust framework for simulating complex fracture mechanisms in …

This paper proposes a high-performance computing framework for large-scale
elastodynamic analysis utilizing Graphics Processor Units (GPUs). The study adopts an …

This study presents a novel semi-analytical model for nonlinear liquid sloshing response of
two-dimensional (2D) liquid storage tanks in the context of the scaled boundary finite …

An adaptive scaled-boundary finite element method (SBFEM) is proposed to simulate the
crack damage and propagation of quasibrittle materials on the basis of a nonlocal …

An adaptive phase-field model based on isogeometric analysis is presented to investigate
the fracture behaviors of transversely isotropic homogeneous piezoceramics under the …

This work presents a phase field model for dynamic fracture under thermo-mechanical loads
to analyze functionally graded material (FGM). Coupled governing equations are derived by …