A novel artificial boundary method called the scaled boundary perfectly matched layer
(SBPML) is proposed for the transient analysis of elastic wave propagation in unbounded …

Abstract An efficient Monte Carlo (MC) simulation method is proposed to address
multivariate uncertainties in the dynamic fracture analysis of cracked structures. Deep neural …

A high‐order local transmitting boundary is developed to model the propagation of elastic
waves in unbounded domains. This transmitting boundary is applicable to scalar and vector …

A long-time stable high-order absorbing boundary condition (ABC) is developed for the finite
element simulation of time-dependent scalar wave propagation in unbounded multilayer …

We present, for the first time, the application of explicit time-stepping schemes within the
context of the scaled boundary finite element method (SBFEM). To this end, we discuss in …

SUMMARY A high‐order time‐domain approach for wave propagation in bounded and
unbounded domains is proposed. It is based on the scaled boundary FEM, which excels in …

SUMMARY A high‐order local transmitting boundary to model the propagation of acoustic or
elastic, scalar or vector‐valued waves in unbounded domains of arbitrary geometry is …

The classical theory of elasticity relies on the perfect structure of matter. No matter how small
a medium is, it always stays homogeneous—but the reality is different. Even though the …

In this study, we employ the scaled boundary finite-element method (SBFEM) to solve two-
dimensional heat conduction problems. In the last two decades, SBFEM has been applied …

To simulate the transient scalar wave propagation in a two‐dimensional unbounded
waveguide, an explicit finite element artificial boundary scheme is proposed, which couples …