Over the past years DNS of turbulent flows has been conducted at the supercomputer JUQUEEN. The present simulationsbelong to the most comprehensive work of its kind and are unique in the sense that the small scales are resolved with ahigher accuracy compared to that reported in literature.Motivated by the obtained results new questions arise so that a continuously analysis of the data can be possible.With the development of a data sharing concept of a highly resolved DNS results based on a turbulence databaseour principal intention is to simplify the access and further post-processing by different research groups world-wide
Understanding the nature of complex turbulent flows remains one of the most challenging problems in ...
This paper reviews the authors' recent studies on compressible turbulence by using direct numerical ...
The growth of computer information capacity has profoundly changed the conduct of research in fluid ...
A public database system archiving a direct numerical simulation (DNS) data set of isotropic, forced...
Direct numerical simulation (DNS) of turbulent flows is reviewed here. Back-ground of DNS is present...
This contribution deals with direct numerical simulation (DNS) of incompressible turbulent flows on ...
International audienceThe simulation of turbulent flames fully resolving the smallest flow scales an...
We describe a new environment for the exploration of tur-bulent flows that uses a cluster of databas...
Direct numerical simulation (DNS) databases are compared to assess the accuracy and reproducibility ...
The Direct Numerical Simulation of turbulent flows (DNS) has proved itself, over the years, an extre...
The Johns Hopkins Turbulent Databases (JHTDB) is a publicly accessible archive of solutions of the N...
The growing computational capabilities of nowadays super-computers have made highly resolved turbule...
This book presents methodologies for analysing large data sets produced by the direct numerical simu...
This contribution is concerned with the simulation of turbulent shear flows. First, direct numerical...
Understanding the nature of complex turbulent flows remains one of the most challenging problems in ...
This paper reviews the authors' recent studies on compressible turbulence by using direct numerical ...
The growth of computer information capacity has profoundly changed the conduct of research in fluid ...
A public database system archiving a direct numerical simulation (DNS) data set of isotropic, forced...
Direct numerical simulation (DNS) of turbulent flows is reviewed here. Back-ground of DNS is present...
This contribution deals with direct numerical simulation (DNS) of incompressible turbulent flows on ...
International audienceThe simulation of turbulent flames fully resolving the smallest flow scales an...
We describe a new environment for the exploration of tur-bulent flows that uses a cluster of databas...
Direct numerical simulation (DNS) databases are compared to assess the accuracy and reproducibility ...
The Direct Numerical Simulation of turbulent flows (DNS) has proved itself, over the years, an extre...
The Johns Hopkins Turbulent Databases (JHTDB) is a publicly accessible archive of solutions of the N...
The growing computational capabilities of nowadays super-computers have made highly resolved turbule...
This book presents methodologies for analysing large data sets produced by the direct numerical simu...
This contribution is concerned with the simulation of turbulent shear flows. First, direct numerical...
Understanding the nature of complex turbulent flows remains one of the most challenging problems in ...
This paper reviews the authors' recent studies on compressible turbulence by using direct numerical ...
The growth of computer information capacity has profoundly changed the conduct of research in fluid ...