We present a Graphics Processing Unit (GPU)-accelerated nodal discontinuous Galerkin
method for the solution of the three-dimensional Euler equations that govern the motion and …

We present a novel implementation of the modal DG method for hyperbolic conservation
laws in two dimensions on graphics processing units (GPUs) using NVIDIA's Compute …

This paper implements the CUDA and hybrid CUDA/MPI parallel computation based on
GPGPU heterogeneous parallel strategies for the direct discontinuous method (DDG) on 3D …

This paper describes the strategies followed to implement a nodal-based Discontinuous
Galerkin Flux Reconstruction solver (DGFR) for the compressible Navier-Stokes equations …

Classical finite element methods rely on tessellations composed of straight-edged elements
mapped linearly from a reference element, on domains which physical boundaries and …

为了提高间断伽辽金(discontinuous Galerkin, DG) 有限元方法的计算效率, 围绕求解Euler
方程, 构建了基于图形处理器(graphics processing unit, GPU) 并行加速的隐式DG 算法 …

A high-order discontinuous Galerkin (DG) method is presented for solving the
preconditioned Euler equations with an explicit or implicit time marching scheme. A detailed …

Fan noise is one of the major sources of aircraft noise. This can be modelled by means of
frequency and time domain CAA methods. Frequency domain methods based on the …

A graphics processing unit (GPU)-accelerated discontinuous Galerkin (DG) method is
presented for solving two-dimensional laminar flows. The DG method is ported from central …

The goal of this study is to adapt and optimize an open-source, highly tuned CPU-based
scientific application designed for simulating seismic wave propagation and earthquake …