'Turbulent mixing' diaporamas de présentation

Turbulent mixing and beyond

Turbulent mixing and beyond. Snezhana I. Abarzhi. Many thanks to: K.R. Sreenivasan (ICTP), L. Kadanoff (U-Chicago) R. Rosner (ANL), S.I. Anisimov (Landau Institute). The work was partially supported by NRL (Steve Obenschain) and DOE/NNSA. Turbulence.

687 views • 41 slides

HOW DOES THIS ENERGY MOVE?

HOW DOES THIS ENERGY MOVE?. Vertical and Horizontal Movements Within the Troposphere and Global Pressure Belts. This is when we start putting the pieces together!. P = R. ? . T. North Pole. 2. 2. Tropopause. 1. South Pole. P = R. ? . T. North Pole. 2. 2. Tropopause. 1.

454 views • 35 slides

Instability and turbulence in flows of automotive and aeronautical interest

Unione Industriale Torino 4 Settembre 2007. Instability and turbulence in flows of automotive and aeronautical interest. D. Tordella, M. Onorato, M. Iovieno, S. Scarsoglio, P. Bailey, C. Tribuzi, C. Haigermoser, L. Vesely, M. Novara. Dipartimento di Ingegneria Aeronautica e Spaziale

479 views • 31 slides

Boundary Layer Ventilation by Convection and Coastal Processes

346 views • 21 slides

Mixing Layer Theory and a Numerical Search for High Ions

Mixing Layer Theory and a Numerical Search for High Ions. Presented by Sam Leitner (Wesleyan University) Advisor: Alex Lazarian Group: Jungyeon Cho Alejandro Esquivel. ISM Variety Pack. ISM Variety Pack. ISM Variety Pack. Hot. Transition Temperature?. Cold. Mixing Layer.

183 views • 18 slides

Brewery Waste Water Solutions for the Problem

Brewery Waste Water Solutions for the Problem. Presented at the 2010 Water and Waster Water Conference, Madison, WI. By Fred M Scheer VOITH MERI ENVIRONMENTAL SOLUTION. Brewery Waste Water Solutions for the Problem. What will we discuss: Sources of Brewery Waste

744 views • 16 slides

Stochastic model of Rayleigh-Taylor turbulent mixing Is there a true alpha ?

Stochastic model of Rayleigh-Taylor turbulent mixing Is there a true alpha ?. Snezhana I. Abarzhi Meruzhan Cadjan, Sergei Fedotov. Illinois Institute of Technology, Chicago, USA FLASH Center, The University of Chicago, USA Center for Turbulence Research, Stanford, USA

297 views • 16 slides

Combustion Calculations

Combustion Calculations. Calculate the theoretical flame temperature of combustion of hydrogen with theoretical amount of air assuming No dissociation of combustion product (i.e. H2O) Assuming 4 % dissociation of H2O NCV of H2 = 10.16 MJ/m3

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Area VII: Global Change

203 views • 9 slides

RITAS

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Stratification and Mixing of Boron

Stratification and Mixing of Boron. E. Krepper 4 th NC IAEA Research Coordination Meeting Vienna, Sept. 10 th -13 th 2007. Relevance of the problem. Tanks filled with borated water designed to flood the core under emergency situations accumulators with pressurized gas elevated tanks

231 views • 7 slides

For Roman

For Roman. 3D Simulation for Primary Jet Breakup. Work done by W.Bo, Stony Brook University Simulation is performed at NewYorkBlue (A 126Tf BGL/P at Stony Brook/BNL). Experiment : V. S. Smeeton and D. L. Youngs, Experimental investigation of turbulent mixing by

127 views • 3 slides