Now showing items 1-8 of 8
Direct FEM computation of turbulent multiphase flow in 3D priting nozzle design
In this paper, we present a nozzle design of the 3D printing using FEniCS-HPC as mathematical and simulation tool. In recent years 3D printing or Additive Manufacturing (AM) has become a emerging technology and it has ...
Finite Element Simulations of Two-phase Flow and Floating Bodies Using FEniCS-HPC
We present a variational multiscale stabilized finite element method to solve the variable density incompressible Navier-Stokes equations for the simulation of two-phase flow. We introduce a level-set method based on the ...
Time-resolved Adaptive Direct FEM Simulation of High-lift Aircraft Configurations
Our simulation methodology is referred to as Direct FEM Simulation (DFS), or General Galerkin (G2) and uses a finite element method (FEM) with piecewise linear approximation in space and time, and with numerical stabilization ...
Towards HPC-Embedded Case Study: Kalray and Message-Passing on NoC
Today one of the most important challenges in HPC is the development of computers with a low power consumption. In this context, recently, new embedded many-core systems have emerged. One of them is Kalray. Unlike other ...
Direct finite element simulation of turbulent flow for marine based renewable energy
In this article we present a computational framework for simulation of turbulent flow in marine based renewable energy applications. In particular, we focus on floating structures and rotating turbines. This work is an ...
Direct FEM large scale computation of turbulent multiphase flow in urban water systems and marine energy
High-Reynolds number turbulent incompressible multiphase flow represents a large class of engineering problems of key relevance to society. Here we describe our work on modeling two such problems: 1. The Consorcio de Aguas ...