'Inertial range' presentation slideshows

Introduction to turbulence theory

Introduction to turbulence theory. Gregory Falkovich. http://www.weizmann.ac.il/home/fnfal/. Dresden, May 2010. Plan Lecture 1 (one hour): General Introduction. Wave turbulence, weak and strong. Direct and inverse cascades. Lecture 2 (two hours): Incompressible fluid turbulence.

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Large scale simulations of astrophysical turbulence

Large scale simulations of astrophysical turbulence. Axel Brandenburg (Nordita, Copenhagen) Wolfgang Dobler (Univ. Calgary) Anders Johansen (MPIA, Heidelberg) Antony Mee (Univ. Newcastle) Nils Haugen (NTNU, Trondheim) etc. (...just google for Pencil Code ). Overview.

509 views • 49 slides

Conformal invariance in two-dimensional turbulence

Guido Boffetta Dipartimento di Fisica Generale University of Torino. Conformal invariance in two-dimensional turbulence. D.Bernard, G.Boffetta, A.Celani, G. Falkovich, Nature Physics, 2 124 (2006). www.ph.unito.it/~boffetta. A physical motivation for two-dimensional turbulence.

495 views • 38 slides

Conformal invariance in two-dimensional turbulence

Guido Boffetta Dipartimento di Fisica Generale University of Torino. Conformal invariance in two-dimensional turbulence. D.Bernard, G.Boffetta, A.Celani, G. Falkovich, Nature Physics, 2 124 (2006). www.ph.unito.it/~boffetta. A physical motivation for two-dimensional turbulence.

409 views • 38 slides

Inertial particles in turbulence

550 views • 30 slides

Turbulence in the Solar Wind

397 views • 24 slides

G. Falkovich

G. Falkovich. Conformal invariance in 2d turbulence. February 2006. Simplicity of fundamental physical laws manifests itself in fundamental symmetries. Strong fluctuations - infinitely many strongly interacting degrees of freedom ? scale invariance.

377 views • 21 slides

G. Falkovich

G. Falkovich. Conformal invariance in 2d turbulence. February 2006. Simplicity of fundamental physical laws manifests itself in fundamental symmetries. Strong fluctuations - infinitely many strongly interacting degrees of freedom ? scale invariance.

215 views • 21 slides

Presented to: Newton Institute, Cambridge University Ye Zhou and Alfred Buckingham

Scaling criteria for high Reynolds and Peclet number turbulent flow, scalar transport, mixing, and heat transfer. Presented to: Newton Institute, Cambridge University Ye Zhou and Alfred Buckingham Lawrence Livermore National Lab. Introduction.

298 views • 20 slides

Clustering of inertial particles in turbulence

470 views • 19 slides

EULERIAN AND LAGRANGIAN STATISTICS FROM HIGH RESOLUTION DNS

EULERIAN AND LAGRANGIAN STATISTICS FROM HIGH RESOLUTION DNS. LUCA BIFERALE Dept. of Physics, INFN and CNISM. University of Tor Vergata, Rome. biferale@roma2.infn.it. ICTR Collaboration. Thanks to:

300 views • 18 slides

Cross-scale couplings in turbulent space plasmas

306 views • 16 slides

DIPARTIMENTO DI FISICA

Intermittency in solar wind induced electric field. DIPARTIMENTO DI FISICA. Luca Sorriso-Valvo. Vincenzo Carbone. Sezione di Cosenza. Roberto Bruno. INTRODUCTION. We analyse PDFs of the solar wind induced electric field e = - v x b

289 views • 14 slides

Turbulence in the Earth's plasma sheet

Nonlinear Waves and Turbulence in Space Plasmas (NLW-6) Oct. 9 -13, 2006, International Plaza, Kyushu University, JAPAN. Turbulence in the Earth's plasma sheet. Z. Vörös (1), W. Baumjohann (1), R. Nakamura (1), M. Volwerk (1), A. Runov (1), T. Takada (1), Y. Asano (2),

313 views • 13 slides

Introduction

289 views • 13 slides