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 …

In this work, a phase field cohesive zone model (PFCZM) combined with the cell-based
smoothed finite element method (CSFEM) is presented to investigate the quasi-brittle …

In this paper, a hybrid quadtree mesh is utilized to solve two-dimensional transient heat
conduction problems with cracks or inclusions. The current approach developed based on …

A quadtree-polygon scaled boundary finite element-based approach for image-based
modelling of concrete fracture at the mesoscale is developed. Digital images representing …

A polyhedral mesh generation from standard tessellation language (STL) models is
presented for the scaled boundary finite element method (SBFEM). The STL format is widely …

We present an adaptive Generalized Interpolation Material Point (GIMP) method for
simulating elastoplastic materials. Our approach allows adaptive refining and coarsening of …

In this paper, we develop a scalable, adaptively refined, octree-based finite element
approach with immersogeometric analysis to track inertial migration of particles in …

The advances in material characterization by means of imaging techniques require powerful
computational methods for numerical analysis. The present contribution focuses on …

The progressive damage of structures is fruitfully simulated by using the semi-analytical
scaled boundary finite element method (SBFEM). The integral-type nonlocal model …

In this contribution, a strategy is proposed for uncoupling geometrical description and
approximation with the X-FEM. The strategy is based on an uniform coarse mesh that …