TSFP DIGITAL LIBRARY ONLINE
ISSN Online: 2642-0554
Objetivos e escopo
The International Symposium series on Turbulence and Shear Flow Phenomena (TSFP) is the successor to the highly regarded series on Turbulent Shear Flows (TSF) which started with its First Symposium at Penn State in 1977 and was run with great farsightedness, enthusiasm and success for 20 years by its founders Professors Franz Durst, Brian Launder, Frank Schmidt and Jim Whitelaw. When this team announced their wish to relinquish their organizational role after the 11th Symposium, held in Grenoble, France, in 1997, this news was received with great regret from all quarters of the turbulence-research community, for TSF had become an instantly recognized acronym for high-quality research and new discoveries in fluid-flow turbulence.
There seemed to be no doubt that TSF should continue in one form or another, since a missing follow-up symposium would mean a major loss of a well established forum devoted to strengthening the interface between turbulence as a fundamental physical phenomenon and its role as a key ingredient in prediction schemes for solving problems in engineering and environmental fluid dynamics.
It was Professor Nobuhide Kasagi from The University of Tokyo who initiated discussions about the future post-TSF and who acted as the first chairman of the Organizing Committee of the TSFP series, the founding members of which were
There seemed to be no doubt that TSF should continue in one form or another, since a missing follow-up symposium would mean a major loss of a well established forum devoted to strengthening the interface between turbulence as a fundamental physical phenomenon and its role as a key ingredient in prediction schemes for solving problems in engineering and environmental fluid dynamics.
It was Professor Nobuhide Kasagi from The University of Tokyo who initiated discussions about the future post-TSF and who acted as the first chairman of the Organizing Committee of the TSFP series, the founding members of which were
- John K. Eaton, Stanford University
- Joseph A.C. Humphrey, Bucknell University
- Nobuhide Kasagi (Chairman), The University of Tokyo
- Michael A. Leschziner, UMIST
- Martin Sommerfeld, University of Halle-Wittenberg.
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DNS OF TURBULENT CHANNEL FLOW AT VERY LOW REYNOLDS NUMBERS
STUDY OF VORTICAL SEPARATION FROM AN AXISYMMETRIC HILL
EFFECTS OF HEAT RELEASE ON JET FLAMES IN CROSSFLOW
ON THE ORIENTATION OF ELLIPSOIDAL PARTICLES IN TURBULENT SHEAR FLOW
A DNS STUDY OF REYNOLDS-NUMBER DEPENDENCE ON PRESSURE FLUCTUATIONS IN A TURBULENT CHANNEL FLOW
A ROLE OF ELASTIC ENERGY IN TURBULENT DRAG REDUCTION BY POLYMER ADDITIVES