We present an explicit stabilised finite element method for solving Navier-Stokes-Brinkman
equations. The proposed algorithm has several advantages. First, the lower equal-order …

In order to exploit the flexibility of OpenMP in parallelizing large scale multi-physics
applications where different modes of parallelism are needed for efficient computation, it is …

This paper supplements previous work done by Gopalakrishnan and Tafti [21] for the
parallel implementation of the Discrete Element Method (DEM) in the open source code …

Calibration of groundwater models involves hundreds to thousands of forward solutions,
each of which may solve many transient coupled nonlinear partial differential equations …

Some speedup algorithms oriented to improving computational efficiency of nonlinear
dynamic time history analysis of supertall buildings structures excited by strong earthquakes …

The proposed parallel state transformation procedures (PSTP) of fiber beam-column
elements and multi-layered shell elements, combined with the parallel factorization of …

Recently, performance optimization on multi-core platforms has received more and more
research interest especially for networking applications. While a number of case studies …

Abstract Three-dimensional Oximetric Electron Paramagnetic Resonance Imaging using the
Single Point Imaging modality generates unpaired spin density and oxygen images that can …

Dense fluid-particulate systems are widely encountered in the pharmaceutical, energy,
environmental and chemical processing industries. Prediction of the heat transfer …

This paper presents the development of an efficient security constrained economic dispatch
using multi-thread parallel computations. One of the main obstacles in wide application of …