A new high-order finite-volume method is presented that preserves the skew symmetry of
convection for the compressible flow equations. The method is intended for Large-Eddy …

The finite-difference-time-domain (FDTD), although recognized as a flexible, robust and
simple to implement method for solving complex electromagnetic problems, is subject to …

A new low-dissipation low-dispersion second-order scheme suitable for unstructured finite
volume flow solvers is presented that is designed for vortical flows and for scale-resolving …

Large-eddy simulations (LES) of heated and cooled plane and round variable-density jets
were conducted using a variety of density ratios s= ρj/ρco, which relates the jet nozzle …

This paper presents the research studies carried out on the application of lattice Boltzmann
method (LBM) to computational aeroacoustics (CAA). The Navier-Stokes equation-based …

During the last years, the need of high fidelity simulations on complex geometries for
aeroacoustics predictions has grown. Most of high fidelity numerical schemes, in terms of …

A high-order finite-difference algorithm is proposed in the aim of performing LES
calculations for CAA applications. The subgrid scale dissipation is performed by the explicit …

In this work we study the dispersion and dissipation characteristics of a higher-order finite
volume method based on Moving Least Squares approximations (FV-MLS), and we analyze …

This paper introduces a novel hybrid multi-scale/arbitrary Lagrangian-Eulerian finite element
method (HMS/ALE-FEM) for addressing the nonlinear vibro-acoustic problem of a large …

In this work, a two-dimensional domain decomposition technique (DDT) is developed based
on an overset method that couples a nonlinear Euler solver with a linearized Euler solver …