Previous implementation of the full kinetic particle-in-cell (PIC) simulation on the Graphical
Processing Unit (GPU) device has shown advantages compared to traditional Central …

A modified power-law (MPL) viscosity model of non-Newtonian fluid flow has been used for
the multiple-relaxation-time (MRT) lattice Boltzmann methods (LBM) and then validated with …

With the increasing requirement of high computational power in computational fluid
dynamics (CFD) field, the graphic processing units (GPUs) with great floating-point …

This work presents a GPU algorithm to calculate the acoustic field generated by a circular
ultrasonic transducer radiating in water a continuous wave. The acoustic pressure in a …

A novel block-structured Cartesian mesh method is developed that is well designed for the
graphics processing unit (GPU) acceleration of flow simulations. The size of the mesh block …

The main purpose of this paper is to develop a double-precision parallel algorithm
implemented on graphics processing units (GPUs) for quick and accurate numerical …

Graphics processing unit (GPU) parallel computation is used to accelerate a solver, which
computes the 2D unsteady compressible Euler equation discretized with the finite-volume …

In this work we present flow simulations in laminar and turbulent regime within a
representative elementary volume of a simplified porous media by solving the Navier …

Outdoor optical mark recognition is an extremely useful tool for recognition of large industrial
equipment and application of computer vision-based systems for tracking and positioning …

Graphics Processing Unit (GPUs) são um tipo de hardware acelerador com um grande
potencial de paralelização e, em conjunto com a plataforma Compute Unified Device Ar …