As a newly developed computational method, the four-dimensional lattice spring model (4D-
LSM) is computationally intensive due to the introduction of extra-dimensional interactions …

We employed numerical models to examine the dynamics of fold-and-thrust belts (FTBs),
particularly focusing on the spatial and temporal interplay between stress variations and …

The escape structure in southwest Taiwan has long been discussed. The counterclockwise
rotation in GPS ground motion is argued to be evidence of tectonic escape. However …

A new hierarchical communication parallel computing algorithm for transient structural
analysis is introduced based on the architecture characteristics of heterogeneous multi-core …

We present a semi-brittle rheology and explore its potential for simulating glacier and ice
sheet deformation using a numerical model, DynEarthSol3D (DES), in simple, idealized …

Abstract The usage of Graphics Processing Units (GPUs) as an application accelerator has
become increasingly popular because, compared to traditional CPUs, they are more cost …

We present a simple numerical algorithm to simulate the deformation of fluid-filled
viscoelastic porous media in 3D. The employed mathematical model is based on Biot's …

The discontinuous Galerkin cell-vertex scheme (DG-CVS) is a high-order space-time
Riemann-solver-free numerical solver for general hyperbolic conservation laws. It fuses the …

Abstract Dg-Cvs (Discontinuous Galerkin Cell-Vertex Scheme) is an efficient, accurate and
robust numerical solver for general hyperbolic conservation laws. It can solve a broad range …