The Synthetic Eddy Method (SEM) is a numerical simulation technique used to create a turbulent flow field with desired features. It is used in computational fluid dynamics for imposing realistic inlet boundary conditions, improving the fidelity of the results obtained by simulations. Its ability to create fluctuations with prescribed physical features makes it a valuable tool for researchers and engineers seeking to improve the reliability of simulations and also for re-creating as much as possible an environment close to an experimental one. The package allows users to easily generate synthetic turbulence fields that can be used in CFD simulations, and to control the level of turbulence and length-scales of the eddies in the generated fiel...
This paper presents the recent implementation and assessment of the Synthetic-Eddy Method (SEM) and ...
Synthetic turbulence methods are an important tool for the study of turbulent flows. They allow to r...
The method for generating anisotropic synthetic turbulence by Auerswald and Bange (2015) is extended...
An improved synthetic eddy method (SEM) is proposed in this paper for generating the boundary layer ...
A turbulence model based on a synthetic eddy method (SEM) has been adapted for flight simulation pur...
This paper presents an advanced method to synthetically generate flow turbulence via an inflow bound...
International audienceThe present paper aims at describing the use of a Synthetic-Eddy-Method (SEM),...
The generation of inflow data for spatially evolving turbulent flows is one of the challenges that m...
This paper presents initial analysis of an ongoing series of flight simulation trials of a new turbu...
Le developpement de fermes d'hydroliennes est un sujet de recherche actif depuis quelques annees. Ce...
AbstractWith performance in mind, we propose two general improvements to the popular class of turbul...
The industrial use of scale-resolving methods in high-Reynolds-number applications (e.g., airplanes)...
International audienceThis paper describes a detailed implementation of the Synthetic Eddy Method (S...
We propose an extended synthetic eddy method (XSEM) based on the synthetic eddy method, which includ...
Scale resolving simulations are indispensable to provide in-depth knowledge of turbulence in order t...
This paper presents the recent implementation and assessment of the Synthetic-Eddy Method (SEM) and ...
Synthetic turbulence methods are an important tool for the study of turbulent flows. They allow to r...
The method for generating anisotropic synthetic turbulence by Auerswald and Bange (2015) is extended...
An improved synthetic eddy method (SEM) is proposed in this paper for generating the boundary layer ...
A turbulence model based on a synthetic eddy method (SEM) has been adapted for flight simulation pur...
This paper presents an advanced method to synthetically generate flow turbulence via an inflow bound...
International audienceThe present paper aims at describing the use of a Synthetic-Eddy-Method (SEM),...
The generation of inflow data for spatially evolving turbulent flows is one of the challenges that m...
This paper presents initial analysis of an ongoing series of flight simulation trials of a new turbu...
Le developpement de fermes d'hydroliennes est un sujet de recherche actif depuis quelques annees. Ce...
AbstractWith performance in mind, we propose two general improvements to the popular class of turbul...
The industrial use of scale-resolving methods in high-Reynolds-number applications (e.g., airplanes)...
International audienceThis paper describes a detailed implementation of the Synthetic Eddy Method (S...
We propose an extended synthetic eddy method (XSEM) based on the synthetic eddy method, which includ...
Scale resolving simulations are indispensable to provide in-depth knowledge of turbulence in order t...
This paper presents the recent implementation and assessment of the Synthetic-Eddy Method (SEM) and ...
Synthetic turbulence methods are an important tool for the study of turbulent flows. They allow to r...
The method for generating anisotropic synthetic turbulence by Auerswald and Bange (2015) is extended...