The development and the application of the scaled boundary finite element method for
fracture analysis is reviewed. In this method, polygonal elements (referred to as …

There are many technical applications in the field of lightweight construction as, for example,
in aerospace engineering, where stress concentration phenomena play an important role in …

Accurately simulating the radiation dam** of an infinite domain is a crucial issue for
reasonably and effectively evaluating the isolation effect of three-dimensional (3D) base …

A novel computational procedure called the scaled boundary finite-element method is
described which combines the advantages of the finite-element and boundary-element …

In this work, we propose an adaptive phase field method (PFM) to simulate quasi-static
brittle fracture problems. The phase field equations are solved using the scaled boundary …

This paper presents an efficient solution for designing the topology of structures that can
withstand dynamic loads. The method, called image/stereolithography (STL)-based adaptive …

Digital imaging technologies such as X‐ray scans and ultrasound provide a convenient and
non‐invasive way to capture high‐resolution images. The colour intensity of digital images …

The scaled boundary finite-element equations in displacement and dynamic stiffness, which
are ordinary differential equations, derived in the accompanying paper involve the …

The scaled boundary finite element method is extended to solve problems of structural
dynamics. The dynamic stiffness matrix of a bounded (finite) domain is obtained as a …

The scaled boundary finite-element method is a fundamental-solution-less boundary
element method based on finite elements. It leads to semi-analytical solutions for …