turbulence 16th european programh24-files.s3.amazonaws.com/214049/979650-qrptu.pdf2 | etc16 | kth...

16TH EU

ROPEAN

TU

RB

ULEN

CE CO

NFEREN

CE 2017

21-24 AUGUST, KTH - STOCKHOLM - SWEDEN

PROGRAM

European Turbulence Conference 2017 ETC16

KTH, Stockholm, Sweden August 21-24, 2017

Program and Practical Information

2 | ETC16 | KTH STOCKHOLM 2017 ETC16 | KTH STOCKHOLM 2017 | 3

WELCOMEDear Colleague,

It is a great pleasure for us to host the 16th European Turbulence Conference aga-in at KTH Royal Institute of Technology in Stockholm. KTH is one of Europe’s le-ading technical and engineering universities and also a leader in technical research in Sweden. The 3rd European Turbulence Conference was organized at the same location in 1990. KTH’s strong tradition in transition and turbulence research began in the department of Mechanics under the leadership of Mårten Landahl some 50 years ago. Today, the research at KTH in fluid mechanics and turbulence in particu-lar spans a broad range of topics under the umbrella of the Linné Flow Centre.

Nearly 700 abstracts have been submitted to the conference, by researchers from all over the world. Each abstract has been reviewed by three members of the scien-tific and local organizing committees and 502 papers were selected for oral presen-tation at the conference. Combined with seven invited speakers this will guarantee a very interesting and lively conference that will cover a broad range of current topics in turbulence research. Nearly 50% of the participants are younger than 35 years (and thus eligible for the Euromech Young Scientist prize). The relatively low average age of the participants is a good indication for the viability of the turbulen-ce research worldwide.

Besides the scientific program, we have organized three social events: a welcome reception at KTH on Monday August 21st, a conference reception at the City Hall of Stockholm on Tuesday August 22nd, and finally a conference dinner in the famous Vasa Museum in Stockholm on Wednesday August 23rd. The ETC16 Crew, which consists of 16 PhD students in fluid mechanics, will be available during the confe-rence to assist you in both technical and practical matters.

Welcome to ETC16!

On behalf of the Euromech Committee for the Euromech European Turbulen-ce Conference I welcome you to the 16th European Turbulence Conference. With this conference we return to Stockholm, where ETC3 already took place in 1990. We are thankful to the KTH Stockholm and Dan Henningson and his team to host this event and for all their hard work in preparation of the conference. Over the years the Euromech European Turbulence Conference has grown to the most visible and prominent place to present results and developments in the research on turbulence, next to the Meetings of the Division of Fluid Dyna-mics of the American Physical Society. We are happy to welcome over 500 parti-cipants from more than 18 countries all over the world, and are looking forward to the 452 oral presentations and of course the 7 keynote lectures.

We wish you a stimulating, fruitful, and productive conference, with lots of sci-entific exchange with your colleagues from all over the world.

Detlef Lohse Chairman of the Euromech Committee for the European Turbulence Conference

Thanks to the support of E-CAero2, this conference holds a special joint EURO-MECH – ERCOFTAC session on Instability and Transition. We thank the ETC sci-entific committee as well as the local organising committee for reviewing all the submitted abstracts. In particular, we are grateful to Ricardo Vinuesa, Enrico Ri-naldi and Sudhakar Yogaraj for helping us organising ETC16 and Malin Landin and Cecilia Ljunglöf for taking care of all the practical arrangements. We hope that you will enjoy a very fruitful and enjoyable confe-rence stay in Stockholm.

Dan Henningson & Shervin Bagheri


ORGANISATIONConference organisers 6

ETC scientific committee 6

Local organising committee 6

PRACTICAL INFORMATION 7

Session chairs, presenters and invited speakers 7

Venue and registration 8

Access to KTH 9

SOCIAL EVENTS 10

INVITED SPEAKERS 12

PROGRAMProgram overview 16

Tuesday 22 August - Session A & B 18

Wednesday 23 August - Session C & D 26

Thursday 24 August - Session E & F 34

MAPSKTH Campus 40

Floor plan 41

Metro map 43

APPENDIXList of speakers and participants

CONTENTSSPONSORS & EXHIBITORS


LOCAL ORGANISING COMMITTEEDan Henningson, KTH Mechanics Shervin Bagheri, KTH Mechanics Luca Brandt, KTH Mechanics Jens Fransson, KTH Mechanics Arne Johansson, KTH Mechanics Mihai Mihaescu, KTH Mechanics Ardeshir Hanifi, KTH Mechanics Geert Brethouwer, KTH Mechanics

ETC SCIENTIFIC COMMITTEEDetlef Lohse, (Chair of the scientific committee ) Applied Physics Department, University of Twente Patrice Le Gal, IRPHE-CNRS, Marseille Dan Henningson, KTH Mechanics, Stockholm Rich Kerswell, Bristol University, School of Mathematics Szymon Malinowski Institute of Geophysics, University of Warsaw Berengere Dubrulle, Institut Rayonnement-Matière de Saclay (Iramis), France Bendiks Jan Boersma, Laboratory for Aero and Hydrodynamics, Delft Guido Boffetta, Dipartimento di Fisica, Università degli Studi di Torino Heinz Pitsch, Institut für Technische Verbrennung, RWTH Aachen University Colm-Cille Caulfield, Centre for Mathematical Sciences, Cambridge, UK

Philipp Schlatter, KTH Mechanics Ramis Örlü, KTH Mechanics Ricardo Vinuesa, KTH Mechanics Enrico Rinaldi, KTH Mechanics Sudhakar Yogaraj, KTH Mechanics

ETC16PRACTICAL INFORMATION

GENERAL INFORMATION

SESSION CHAIRSThe allotted time for oral presentations is 12 minutes, with an additional 2 mi-nutes for questions and 1 minute for the transition to the next speaker. As there are eight parallel sessions, we urge the session chairs to adhere to this 15 minu-tes per presentation cycle. If needed, interrupt the speaker if he/she overruns the allotted time. Before the session, ensure that all presenters of the session are present and discuss any changes in titles or presenters. Briefly introduce yourself to the audience at the start of the session. In the event that a speaker is not present, please stick to the original schedule and do not rearrange the order of the other presentations. An up-to-date program, including abstracts, is also available on the conference website, www.etc16.se. PRESENTERSThe allotted time for presentations is 12 minutes with an additional 2 minutes for questions and 1 minute for the transition to the next speaker. Each room has a PC with commonly used software. You are welcome to use these PC, and you can copy your presentation files during the break preceding the session. Alternatively, you can use your own notebook. Technical support is available in each of the rooms.

INVITED SPEAKERSThe allotted time for invited talks is 40 minutes, with an additional 5 minutes for questions. The lecture room is equipped with a PC with commonly used software. You are welcome to use this PC, and you can copy your presentation files during the break preceding you talk. Alternatively, you can use your own notebook. Technical support is available. CONFERENCE PROCEEDINGSThe abstracts of the presentations are on the USB drive included in the confe-rence bag. The abstracts are also archived after the conference at www.etc16.se.

YOUNG SCIENTIST AWARDThe Award ceremony takes place in F1, Thursday 24 August at 16.30.

ORGANISATION

CONFERENCE ORGANISERSDan Henningson, KTH MechanicsShervin Bagheri, KTH Mechanics


GENERAL INFORMATION

CONFERENCE VENUEKTH Lindstedtsvägen 22114 28 StockholmMain Local: F1 (Alfvénsalen).Rooms: FI, F3, D3, D34, E2, E3, E51, E52

WIFI Free wifi is available in the Conference venue.Network: KTH-Conference Password: vapyziqa

REGISTRATION & INFORMATION DESK The ETC16 registration and information desk is located outside the main auditorium F1.

Opening hours:Mon 21 August: 14 -18.30 Tues 22 August: 08-10 & 14-16Wed 23 August: 08-10 & 14-16

CONTACT INFORMATION e-mail: [email protected]

LUNCH & COFFEE BREAKS Lunch and coffee are included in the conference fee. Lunch will be served in Q Restaurant and the coffee breaks outside room F1 - close to the registration area (see map on page 40).

MONEY & CURRENCYAll major credit cards are accepted in most stores, museums, hotels and restau-rants. The local currency is SEK (Swedish Krona): 1 EUR approximately 10 SEK.

INSURANCEThe organiser cannot be held responsible for injury to conference attendees or for the damage to or loss of their personal belongings, regardless of the cause. Attendees are advised to make their own insurance arrangement.

Practical infoMETRO Access to KTH - T14 - Red line (Mörbycentrum-Fruängen). Metro station Teknis-ka Högskolan

TAXI We recommend you to use the official Taxi companies below:

BUS Bus number 54 from Central Station to KTH (station Rindögatan).

HOTELSScandic KlaraSlöjdgatan 7, Sthlm

Metro, Red lineT-Centralen - Tekniska hög-skolan

Scandic ParkKarlavägen 43, Sthlm

Walking distansapproximately 8 minutes

Scandic AnglaisHumlegårdsgatan 23,

Walking distansapproximately 15 minutes

Clarion Hotel SignÖstra Järnvägsgatan 35


Comfort Hotel SthlmKungsbron 1


Nordic C HotelVasaplan 4


STOCKHOLM VISITOR CENTER Kulturhuset, Sergelstorg 3-5, 103 27 Stockholm E-mail: [email protected] Phone: +46 (0) 8-508 28 508

Taxi 020+46 20 20 20 20

Taxi Kurir+46 8 30 00 00

Taxi Stockholm+46 8 15 00 00

WIFI KTH-Conference

Password: vapyziqa


SOCIAL EVENTSAll social events are free of charge for registered participants of the ETC16.

WELCOME RECEPTION AT KTH21 August | 16.15-18.30|Outside F1

We invite all participants to the welcome reception that takes place on Monday 21 August, at the area outside F1. The reception starts when the first invited talk is completed.

RECEPTION AT STOCKHOLM CITY HALL22 August|18.45-20.30 | Pre-registration required

The city of Stockholm invites all participants of ETC16 to a reception in the magnificent Stockholm City Hall, one of Sweden’s most famous buildings, and one of the capital's most visited tourist attractions. It is famous for its grand ceremonial halls and unique art pieces and is the venue of the Nobel Prize banquet held on 10th of December each year.

Bus departs from KTH, Lindstedsvägen 3-5 at 18.15.

Get there on your own:Address: Hantverkargatan 1, StockholmBus numbers: 3, 50Walking: Approximately 500 m distance from the Central Station

CONFERENCE DINNER AT THE VASA MUSEUM23 August | 19.00-22.30 | Pre-registration required

The conference dinner banquet will be held at the Vasa Museum in the compa-ny of the famous Vasa Ship.

Bus departs from KTH, Lindstedsvägen 3-5 at 18.15

Get there on your own:Address: Galärvarvsvägen 14, Djurgården. Bus numbers: 67,69,76

Henrik Trygg/mediabank.visitstockholm.com

Henrik Trygg/mediabank.visitstockholm.com Photo:Holger Ellgaard


Bérengère Dubrulle, IRAMIS, France“Intermittency, dissipation and singularities in turbulent flows.”

Tuesday 22 August | 14.00-14.45 | F1

Bérengère Dubrulle received a PhD in astrophysics in 1990 from Toulouse Uni-versity. Her works cover a wide range of interdisciplinary fields, from turbulent processes in astrophysical and geophysical flows, intermittency in turbulence, dynamo processes, statistical physics of large scale structures,the role of en-tropy production in climate dynamics and dissipation in quantum and classical fluids. She is presently CNRS Senior scientist at the Department of Condensed Matter of CEA Saclay.

Greg Voth, Wesleyan University, USA”A new view of the dynamics of turbulence from measurements of rotations of particles with complex shapes”

Wednesday 23 August | 08.30-09.15 | F1

Greg Voth is professor of physics at Wesleyan University, CT, USA. From 1994-2000, he was at Cornell University as a PhD student with Eberhard Bodenschatz using strip detectors to measure accelerations in turbulent flows. From 2000-2002, he was a postdoc with Jerry Gollub at Haverford College studying chaotic mixing and granular flows. His group at Wesleyan has focused on development of new tools for measurements in turbulence and turbulent multi-phase flows with recent work measuring rotations of 3D printed particles in turbulence. His research has been recognized by the Andreas Acrivos dissertation award, a Sloan research fellowship, and an NSF faculty early career development award.

Peter Davidson, Cambridge University, UK“Dynamos driven by helical waves: scaling laws for numerical dyna-mos and for the planets”

Wednesday 23 August | 14.00-14.45 | F1

Peter Davidson is currently a professor at the University of Cambridge and has worked as a research engineer in industry both in the UK and the USA. He was awarded the Institute of Materials prize in 1996 for best paper in non-ferrous metallurgy and is the author of over 100 publications in the fields of magne-tohydrodynamics and turbulence. He has written three books.

Philipp Schlatter, KTH Mechanics, Sweden“Progress on high-order simulations of turbulence around wings”

Monday 21 August | 15.30-16.15| F1

Philipp Schlatter obtained a degree in Mechanical Engineering from the Swiss Fe-deral Institute of Technology (ETH Zürich) in 2001, and a PhD in Fluid Mechanics from ETH in 2005. He then moved to the Royal Institute of Technology (KTH) in Stockholm, first as a Postdoc, and from 2007-2010 as an assistant professor. In 2010 he became an associate professor at KTH, with special interest in large-scale simulations of turbulent flows, mainly in wall-bounded configurations. In 2014 he was chosen as a Wallenberg Academy Fellow, a prestigious programme with 5 year funding for performing simulations of turbulence and control on airpla-ne wings. He is currently the director of the Linné FLOW Centre at KTH Stock-holm, leading the fluid-dynamics community in the Swedish e-Science Resear-ch Centre, and member of the Swedish National Committee of Mechanics, and the Swedish National Allocation Committee for distribution of computer time.His current research involves both large-scale simulations based on highly ac-curate spectral and spectral-element methods, but also close interaction to ex-perimentalists in an effort to cross-validate simulation and experimental data.

Enrico Calzavarini, Université de Lille, France “Lagrangian studies in turbulent flows, from inertial particles dynamics to modelling of active matter.”

Tuesday 22 August | 08.30-09.15 | F1

Enrico Calzavarini is an assistant professor at University of Lille and a researcher in the Laboratory of Mechanics of Lille, France. He received his PhD in 2005 from University of Ferrara, Italy and worked as a postdoc from 2005 to 2008 at the University of Twente in the Netherlands and from 2008 and 2010 at the École Normale Supérieure de Lyon, France. His research interests focus on numerical investigation of turbulent flows, on developed thermal convection, on Lagrangian properties of fluid turbulence and on the dynamics of particles in turbulence.

INVITED SPEAKERS


GENERAL INFORMATION

Christian Poelma, Delft University, The Netherlands“Measuring in opaque flows”

Thursday 24 August | 08.30-09.15 | F1

Christian Poelma (1975) is a professor of Multiphase Systems at the department of Process & Energy (P&E) of the Faculty 3mE, Delft University of Technology. Po-elma obtained his MSc degree in Chemical Engineering from Delft in 1999. At the same university (Faculty 3ME) he obtained his PhD degree (2004) with research on particle-laden turbulence. After postdoctoral work at the California Institute of Technology, where he investigated insect flight, he returned to Delft as assistant professor to focus on cardiovascular flows. During a sabbatical in 2012 at the Uni-versity of Oxford he worked on computational hemodynamics. In 2014, he beca-me associate professor and he was promoted to full professor in 2017. Christian Poelma currently leads the new Multiphase Systems section. His research spans (applied) multiphase flows, cardiovascular flows and flow measurement techni-ques. These topics also form the core of his “OpaqueFlows” ERC Consolidator Grant (fall 2016).

Michael Shats, Australian National University, Australia”Turbulence at the liquid-air interface driven by surface waves”

Thursday 24 August | 14.00-14.45 | F1

Born in Kiev (Ukraine). Since 1983 worked as a research fellow at the Institute of General Physics of the Russian Academy of Science (Moscow) where he received his PhD degree. In 1991 joined Research School of Physics and Engineering of the Australian National University in Canberra. Currently, Prof. Shats is the Head of the Centre for Plasmas and Fluids at the ANU. Research interests span from physics of magnetically confined plasma, plasma turbulence, particle and energy transport in toroidal plasmas to studies of fluid turbulence, nonlinear surface wa-ves, and recently, atmospheric winds.

Invited Speakers

SCIENTIFIC PROGRAM


DAY 1 MONDAY 21 AUG

14.00 Registration Outside F115.00 Welcome (F1)15.30 Invited talk in F1 Philipp Schlatter, KTH Mechanics, Stockholm.

16.15-18.30 Reception at KTH (F1)

DAY 2 TUESDAY 22 AUG

8.30 Invited talk in F1 Enrico Calzavarini, Université de Lille, France09.15 Coffee break outside F109.45 Parallel session A12.30 Lunch in Restaurant Q14.00 Invited talk in F1 Bérengère Dubrulle, Iramis, France14.45 Coffee break outside F115.15 Parallel session B (ends 17.45)

18.15 Bus departs from KTH18.45-20.30 Reception at Stockholm City Hall

DAY 3 WEDNESDAY 23 AUG

8.30 Invited talk in F1 Greg Voth, Wesleyan University, USA09.15 Coffee break outside F109.45 Parallel session C12.30 Lunch in Restaurant Q14.00 Invited talk in F1 Peter Davidson, Cambridge University, UK14.45 Coffee break outside F115.15 Parallel session D (ends 17.45)

18.15 Bus departs from KTH19.00-22.30 Conference dinner at Vasa Museum

DAY 4 THURSDAY 24 AUG

8.30 Invited talk in F1 Christian Poelma, Delft University, NL09.15 Coffee break outside F109.45 Parallel session E12.30 Lunch in Restaurant Q14.00 Invited talk in F1 Michael Shats, Australian National University14.45 Coffee break outside F115.15 Parallel session F

16.30 Young Scientist Award and closure in F1

ETC16


A1: Wall turbulence I A2: Vortex dynamics I A3: Instability and transition I

A4: Large-eddy simulation I

A5: Intermittency and scaling I

A6: Jets and wakes I A7: Transport and mixing I

A8: Atmospheric turbulence I

Particles/Transport Large-scale structures EUROMECH/ERCOFTAC/E-CAero2 minisymposium

LES Methods Scaling and Spectral analysis Applications Variable properties Cloud droplets and boundary layers

Chair: Jerry Westerweel Chair: Corentin Herbert Chair: Bruno Eckhardt Chair: Kai Schneider Chair: Wouter Bos Chair: Sinisa Krajnovic Chair: Charles Doering Chair: Maarten van ReeuwijkTime Room F1 Room F3 Room D3 Room D34 Room E2 Room E3 Room E51 Room E52

09:45 Rotation And Orientation Of Inertial Spheroidal Particles In Turbulent Vertical Channel Flow [28080]Wenjun Yuan , Helge I. Andersson, Lihao Zhao, Jianqiang Deng

Interaction Between A Surface Buoyancy Jet And An Internal Vortex Dipole [28019]Jean Reinaud, David Dritschel, Xavier Carton

Analysis of Models Under Location Uncertainty within the Framework of Coarse Large Eddy Simulation (cLES)[28170]Pranav Chandramouli, Etienne Memin, Dominique Heitz, Sylvain Laizet

Estimates Of Mean Turbulent Kinetic Energy And Temperature Variance Dissipation Rates Using A Spectral Chart Method [28197]Jean Lemay , Lyazid Djenidi, Robert Anthony Antonia

Experimental And Numerical Study Of Unsteady Backflow Through An Opening [28135]Salima Kaissoun , Eric Climent, Laurent Ricciardi, Corinne Prevost

Anisotropic Modelling For Unstably Stratified Turbulence At Large Reynolds And Schmidt Numbers [28081]Antoine Briard , Thomas Gomez

What Is The Mechanism Leading To Collisions Between Ellipsoids Settling In A Turbulent Flow? [28249]Alain Pumir, Jennifer Jucha, Aurore Naso, Emmanuel Leveque

10:00 The Dispersion Of A Passive Scalar By Uniform Momentum Zones [29736]Jerke Eisma, Gerrit Elsinga, Willem van de Water, Jerry Westerweel

Structure Formation By Internally-Driven Inertial Waves In The Earth’S Core [29235]Avishek Ranjan , Peter Davidson, U. R. Christensen, Johannes Wicht

Local Polynomial Adaptation Techniques for Compressible LES in a DG Framework [28334]Matteo Tugnoli , Antonella Abbà

Chaotic And Regular Instantons In Helical Shell Models Of Turbulence [28361]Massimo De Pietro, Alexei A. Mailybaev, Luca Biferale

Experimental Determination Of Passive Scalar Dissipation In A Turbulent Round Jet [28259]Jean Lemay, Azemi Benaissa

The Structure Of The Turbulent Rayleigh-Taylor Mixing Layer [28316]Daniel Livescu

Convection Cells In The Atmospheric Boundary Layer [28419]Katherine Fodor, Juan-Pedro Mellado

10:15 Spherical And Anisotropic Particles In Turbulent Taylor-Couette Flow [28931]Dennis Bakhuis , Ruben Verschoof, Varghese Mathai, Detlef Lohse, Chao Sun

Memories Of Initial Conditions And Large-Scale Columnar Vortices In Forced Rotating Turbulence [29325]Masanori Takaoka , Naoto Yokoyama

Edge State Modulation By Viscosity Gradients [29415]Enrico Rinaldi, Philipp Schlatter, Shervin Bagheri

A general hybrid turbulence modeling paradigm for comlex flows [29726]Sigfried Haering , Todd Oliver, Robert Moser

On The Role Of Helicity In Three Dimensional Turbulence With And Without Rotation [28391]Luca Biferale, Alexandros Alexakis, Ganapati Sahoo

Numerical Simulations Of The Flow And Acoustic Fields Of A Jet-Wing-Flap Configuration [28358]Daniel Schütz , Holger Foysi

Direct Numerical Simulation Of Latent Heat Effects During Condensation In Turbulent Convective Channel Flow [28606]Philipp Bahavar , Claus Wagner

Early Warning Signals For Transition In A Stably Stratified Couette Flow [28498]Ivo van Hooijdonk, Arnold Moene, Marten Scheffer, Herman Clercx, Bas van de Wiel

10:30 Experimental Study Of Oscillating-Grid Turbulence Interacting With A Permeable Boundary [28164]Mark McCorquodale , Rick Munro

Numerical Computation Of The Average Reynolds Stress Tensor In The Vortex Condensate Of 2D Turbulence [29608]Corentin Herbert , Gregory Falkovich, Anna Frishman

Bifurcation Scenario For Turbulent Stripes In Plane Poiseuille Flow [29766]Chaitanya Paranjape, Yohann Duguet, Björn Hof

Scale-Resolving Simulations of Turbulence: Characterization of the Computational Accuracy [28549]Filipe Pereira , Sharath Girimaji, Luís Eça, Guilherme Vaz

Scaling Properties Of Plasma Turbulence In The Near Earth’ Space [28673]Emiliya Yordanova , Zoltan Vörös, Silvia Perri, Luca Sorriso-Valvo, Vincenzo Carbone, Giuseppe Consolini, Marius Echim

Boundary-Layer Tripping Influence On The Direct Noise Prediction Of A High Subsonic Jet Originating From A Coaxial Nozzle [29101]Romain Gojon, Asuka Gabriele Pietroniro, Mihai Mihaescu

The Influence Of Large Variations In Transport Properties On Homogeneous Turbulence Characteristics [28819]Don Daniel, Daniel Livescu

Turbulence Spectra And Rain Initiation In Cumulus Cloud [28565]Izumi Saito , Toshiyuki Gotoh, Takeshi Watanabe, Toshiya Abe

10:45 Direct Numerical Simulations Of A Turbulent Channel Flow Over Anisotropic Porous Wall [29363]Sudhakar Yogaraj, Ugis Lacis, Shervin Bagheri

Instability Of Cyclonic Convective Vortex [28396]Andrei Sukhanovskii, Anna Evgrafova, Elena Popova

New Experiments On Transition To Turbulence In Couette-Poiseuille Flow [29773]Lukasz Klotz, José Eduardo Wesfreid

Re-constructing Turbulent Velocity Fields Using Variational Data assimilation [29828]Yi Li

Spatial Wavelet And Fourier Spectra In Experimental von Karman Swirling Flow [28918]Paul Debue, Ewe-Wei Saw, Denis Kuzzay, François Daviaud, Bérengère Dubrulle

Characterization And Control Of The Chaotic Dynamics Of A Turbulent 3D Wake [29395]Eliott Varon, Jean-Luc Aider, Yoann Eulalie, Stephie Edwige, Philippe Gilotte

Variable Density Effects On Turbulence Budgets In Dense Jets With Coflow [28953]John Charonko, Kathy Prestridge

Systematic Analysis Of Entrainment In The Stratocumulus-Topped Boundary Layers [28742]Juan Pedro Mellado, Mona Karimi

Surfing On The Edge [29044]Yohann Duguet, Takahiro Ishida,

Takahiro Tsukahara

TUESDAY 22 AUG 08.30 - 11.00 Invited talk & Session A 08.30 - 09.15 Invited talk in F1. Enrico Calzavarini, Université de Lille, France Chairman: Guido Boffetta

”Lagrangian studies in turbulent flows, from inertial particles dynamics to modelling of active matter”

Session A (1) Session A (1)


Session A (2) Session A (2)

TUESDAY 22 AUG 11.00-12.30 Session A

A1: Wall turbulence I A2: Vortex dynamics I A3: Instability and transition I

A4: Large-eddy simulation I

A5: Intermittency and scaling I

A6: Jets and wakes I A7: Transport and mixing I

A8: Atmospheric turbulence I

Time Room F1 Room F3 Room D3 Room D34 Room E2 Room E3 Room E51 Room E5211:00 Effect Of Anisotropic Permeability

On Turbulent Flows Under Porous Interfaces [28701]Tomoya Matsuo, Ryohei Okabe, Masayuki Kaneda, Kazuhiko Suga

Rising Thermals - The Evolution Of Buoyant Blobs [28415]Jack Atkinson , Peter Davidson

A Numerical Investigation Of Bifurcation Phenomena In Taylor-Couette Flow With Asymmetric End-Wall Boundary Conditions [28154]Ewa Tuliszka-Sznitko, Tom Mullin

An Evaluation of Digital-Filter Based Synthetic Turbulence Generation Methods and Improvements to Their Quantified Deficiencies [28530]Kutalmis Bercin , Zheng-Tong Xie, Stephen R. Turnock

Scaling Of The Skew-Symmetric Velocity Increment In Helical Turbulence [28976]Takeshi Matsumoto

Self-Similarity And Non-Equilibrium Turbulence In A Turbulent Planar Jet [28830]Gioacchino Cafiero , John Christos Vassilicos

Mixing By Unstable Periodic Orbits In Stratified Turbulence [29059]Dan Lucas , C. P. Caulfield

Separation Of Gravity Waves In Stratified Turbulence [29172]Naoto Yokoyama, Masanori Takaoka

11:15 Effects Of Wall Heat Transfer On The High Speed Flow Boundary Layer Transition [28205]Mostafa Safdari Shadloo

Scaling Theory For Vortices In The Two-Dimensional Inverse Energy Cascade [28450]B. Helen Burgess, Richard Scott

Wavelet regularization of 3d incompressible Euler flows [29422]Marie Farge, Naoya Okamoto, Kai Schneider , Katsunori Yoshimatsu

Scaling Of Temperature Fluctuations Generated By Frictional Viscous Heating [29000]Andrey Pushkarev , Guillaume Balarac, Wouter Bos

Quantifying Uncertainties In Rans Predictions Of High-Speed Aircraft Nozzle Jets [29760]Aashwin Mishra , Gianluca Iaccarino

Turbulent Mixing Characteristics In Direct Numerical Simulations Of Incompressible Variable-Density Shear-Driven Mixing Layers [29895]Jon Baltzer, Daniel Livescu

Turbulence Effect On Collisional Growth Of Cloud Droplet [29389]Xiang-Yu Li , Axel Brandenburg, Nils Haugen, Gunilla Svensson

11:30 Analysis Of Turbulent Flow Structures On Differentially Heated Channel Walls Based On Direct Numerical Simulations [28347]Tim Wetzel, Claus Wagner

Experimental Investigation Of Lagrangian Coherent Structures In Stably Stratified Turbulence [30284]Marius Mihai Neamtu Halic , Arjun Sharma, George Haller, Markus Holzner

Effects of properties of discrete spatial filters on eddy viscosity models with test filtering [29744]Aleix Báez Vidal , F .Xavier Trias, Assensi Oliva

A New Class Of Exact Scaling Laws In Incompressible Turbulence [29359]Supratik Banerjee, Sebastien Galtier

Large Eddy Simulation Of Opposing Jets [29348]Petteri Peltonen , Vuorinen Ville, Antti Karttunen

Rotating Rayleigh-Taylor Turbulence [28699]Guido Boffetta, Andrea Mazzino, Stefano Musacchio

High-Order LES For Atmospheric Boundary-Layer Flows [29807]Erik Boström, Philipp Schlatter, Dan Henningson

11:45 The Effect Of Selected Thermal Boundary Conditions On A Fully Developed Turbulent Pipe Flow [28997]Steffen Straub , Daniel Beck, Bettina Frohnapfel, Philipp Schlatter, Ricardo Vinuesa

On The Formation Of Columnar Structures In A Rotating Turbulent Flow [28585]Jonathan Brons

Universality Of The Transition To Turbulence In Couette Flow [29730]Grégoire Lemoult , Björn Hof

The LES-SSAM approach revisited and its application [29668]Mikhael Gorokhovski, Alexis Barge , Vladimir Sabelnikov

Energy Flux Enhancement, Intermittency And Turbulence Via Triad Fourier Phase Dynamics In Dispersive And Non-Dispersive Pdes [29643]Brendan Murray , Miguel D Bustamante

Large-Eddy Simulation Of A Rotating Golf Ball And Magnus Effect [30283]Jing Li, Makoto Tsubokura, Masaya Tsunoda

Self-Similar Mixing In Stratified Plane Couette Flow For Varying Prandtl Number [29273]Qi Zhou, John Taylor, Colm-cille Caulfield

Large And Detached Eddy Simulation Of The Atmospheric Boundary Layer Over Smooth And Rough Hill Like Geometries [29398]Ramesh Balakrishnan

12:00 The Effect Of Rotation On The Flow And Scalar Transport In A Channel [28422]Geert Brethouwer

Conservation Laws, DNS And Statistical Invariants Of Helically Invariant Turbulence [28456]Dominik Dierkes , Martin Oberlack

Subcritical Transition In Bent Pipes [29122]Jacopo Canton , Ramis Örlü, Philipp Schlatter

Wall-Modeled Large-Eddy Simulation Of Flow Past A Grooved Cylinder Up To Re_D=5x10 Raised To 4 [28407]Wan Cheng, Dale Pullin , Ravi Samtaney, Akshay Sridhar

Scaling In Two-Dimensional Compressible Turbulence [29913]Alexei Kritsuk, Mike Norman, Bjorn Sjogreen, Dmitry Kotov, Helen C. Yee

Condensation Under Fractal Turbulence [28020]Matthias H. Buschmann , Rico Günther

Optimization And Variational Approaches To Estimating Turbulent Transport And Mixing [28176]Charles R. Doering

Amplitude Modulation Of The Roughness Sub-Layer In An Atmospheric Surface Layer [28582]Jérémy Basle, Laurent Perret, Sophie Herpin, Romain Mathis

12:15 DNS Of Combined-Convection Turbulent Boundary Layer On Vertical Heated Flat Plate [29377]Hirofumi Hattori, Kazuki Oura, Tomoya Houra, Masato Tagawa

Taking The Temperature Of Two-Dimensional Turbulence [29652]Gavin Esler , Richard Scott

Description Of Boundary Layer Transition With The Directed Percolation Theory [29426]Tom T. B. Wester, Dominik Traphan, Gerd Gülker, Joachim Peinke

Nonlinear Transverse Cascade In Homogeneous Shear Turbulence [28502]George Mamatsashvili, George Khujadze, George Chagelishvili, Siwei Dong, Javier Jimenez, Holger Foysi

Simulation Of Inverse Energy Cascade With New Shell Model Of Turbulence [29814]Rodion Stepanov

The Entrainment, Mixing And Energetics Of Competing Plumes In A Box [29339]John Craske , Megan Davies Wykes

Steady-State Stratified And Convective Boundary Layers With Roughness [29798]Tom Grylls, Ivo Suter, Harm Jonker, Maarten van Reeuwijk

Optimising Energy Growth As A Tool For Exploring Transition [28236]

Rich Kerswel , Daniel Olvera, Chris Pringle, Ashley Willis


TUESDAY 22 AUG 14.00-16.30 Invited talk & Session B

14.00 - 14.45 Invited talk in F1. Bérengère Dubrulle, Iramis, France ”Intermittency, dissipation and singularities in turbulent flows.” Chairman: Detlef Lohse

Session B (1) Session B (1)

B1: Wall turbulence II B2: Vortex dynamics IIB3: Instability and

transition II B4: Flow control IB5: Thermally driven

turbulence I B6: Multiphase flows IB7: Lagrangian

turbulence I

B8: Geophysical and astrophysical turbulence I

Scaling Direct numerical simulation Instabilities of canonical flows Active methods Rayleigh-Benard convection Bubbles and drops Inertial particles Stratified flows

Chair: Sergei Chernyshenko Chair: Michael Manhart Chair: Yohann Duguet Chair: Davide Gatti Chair: Eberhard Bodenschatz Chair: Jacques Magnaudet Chair: Bernhard Mehlig Chair: Peter DavidsonTime Room F1 Room F3 Room D3 Room D34 Room E2 Room E3 Room E51 Room E52

15:15 A Two-State Model For The Wake Region In Wall Bounded Flows [28201]Dominik Krug , Jimmy Philip, Ivan Marusic

Formation And Decay Of Vorticity In Impulsively Stopped Infinite Cylinders [29818]Frieder Kaiser , Davide Gatti, Bettina Frohnapfel, Jochen Kriegseis

Viscoelastic Instability In The Corotating Couette-Taylor System [29424]Innocent Mutabazi

Evaluation Of Heat Transfer Enhancement In Vibration-Pipe Flow By Direct Numerical Simulation [29540]Masato Sakoh , Kaoru Iwamoto, Akira Murata, Hirokazu Ito

Scaling Of Large-Scale Velocity In Rayleigh-Benard Convection [28274]Mahendra Verma , Abhishek Kumar, Ambrish Pandey, Anando Chatterjee, Shashwat Bhattacharya

Small-Scale Clustering Of Droplets In Turbulence By Hydrodynamic Interaction [28077]Rudie Kunnen , Altug Yavuz, GertJan van Heijst, Herman Clercx

Turbulent Dispersion Under Diffusiophoresis And Thermophoresis [28436]Vishwanath Shukla, Romain Volk, Mickael Bourgoin, Alain Pumir

Energy Cascade In Internal Wave Attractors [28055]Christophe Brouzet, Evgeny Ermanyuk, Sylvain Joubaud, Thierry Dauxois

15:30 Quasi-Steady Theory Of Scale Interactions In Near-Wall Turbulence As A Tool For Extrapolating To High Re [28574]Sergei Chernyshenko, Chi Zhang, Hamza Butt

Dns Of Turbulent Pipe Flow With A 90 Degree Bend [29839]Zhixin Wang , Yongmann Chung

Turbulent Band In Rotating Plane Couette Flow Of Viscoelastic Fluid [29570]Tomohiro Nimura , Takahiro Tsukahara

Turbulent Boundary Layer Statistics Under The Influence Of Uniform Micro-Blowing [29581]Gazi Hasanuzzaman, Vasyl Motuz, Sebastian Merbold, Christoph Egbers, Christophe Cuvier, Jean-Marc Foucaut

Vertical Temperature Profiles In Rayleigh–Bénard Convection In Large-Prandtl-Number Fluids [28743]Mohammad Emran, Emily Ching, Jin-Qiang Zhong, Olga Shishkina

Finite-Size Deformable Drops In A Turbulent Taylor-Couette Flow [28479]Vamsi Spandan, Roberto Verzicco, Detlef Lohse

Statistics Of The Deformations Of Flexible Fibres In Turbuent Flows [28563]Amélie Gay , Gautier Verhille, Benjamin Favier

Irreversible Mixing And Energetic Aspects Of Turbulent Stratified Flow [28246]Ernesto Horne, Louis Gostiaux

15:45 Analysis Of Inner-Outer Interactions In Filtered Wall Bounded Turbulence [29548]Prakash Mohan, Robert Moser

Multifractal Analysis Of Turbulent Flow [29018]Florian Nguyen , Bérengère Dubrulle, Jean-Philippe Laval, Pierre Kestener

Parametric Instabilities Of Eccentric Taylor-Couette Flows [28409]David Cebron , Wietze Herreman, Benjamin Favier, Henri-Claude Nataf, Jan-Bert Flor

Friction Drag Reduction In A Wall-Bounded Pulsating Flow Using Combined Active And Passive Flow Control [28612]Wenfeng Li , Dorothee Roggenkamp, Wilhelm Jessen, Michael Klaas, Wolfgang Schröder

Temperature Fluctuations In Turbulent Rayleigh-Bénard Convection Near The Transition To The Ultimate State [28754]Xiaozhou He, Eberhard Bodenschatz, Guenter Ahlers

Numerical Investigation Of Droplet Clouds In Turbulent Flows [28601]Philipp Weiss, Daniel W. Meyer, Patrick Jenny

Multifractal Measure Of Inertial Particles In Three-Dimensional And Homogeneous Turbulence [28654]Yongxiang Huang , Francois G. Schmitt, Federico Toschi

Elliptical Instability Leading To Inertial Wave Turbulence [28253]Thomas Le Reun, Benjamin Favier , Adrian Barker, Michael Le Bars

16:00 Outer And Inner Layer Interaction In Plane Wall Jets [29620]Iftekhar Naqavi, James Tyacke, Paul Tucker

Time Tracking And Interaction Of "Energy-Eddies" At Different Scales [28674]Jose I. Cardesa , Alberto Vela-Martin, Javier Jimenez

DNS Study On Reynolds-Number Dependence Of Spot Growth To Oblique Turbulent Band In Plane Poiseuille Flow [29564]Sho Inooka, Takahiro Tsukahara

Skin-Friction Control Of The Flow Around A Wing Section Through Uniform Blowing [29702]Ricardo Vinuesa , Philipp Schlatter

Turbulent Superstructures In Rayleigh-Benard Convection [28808]Ambrish Pandey , Jörg Schumacher

Splitting And Merging Of Large And Small Bubbles In Sudden Expansions And Contractions [28970]Gustavo Celis, Juliana Loureiro, Atila Silva Freire

Free Rise Of A Large Deformable Bubble In Turbulence [29052]Aurore Loisy, Aurore Naso

Tidally-Driven Mixing And Dynamos In Stratified Fluids [28290]Jérémie Vidal, Rainer Hollerbach, Nathanaël Schaeffer, David Cébron

16:15 Quasi-Steady Nature Of Small-Scale Motions In Three-Dimensional Turbulent Boundary Layers [29831]Rio Baidya , Charitha de Silva, Ivan Marusic, Nicholas Hutchins

Aspect Ratio Dependence Of Secondary Motions In Marginally Turbulent Open Duct Flow [28552]Yoshiyuki Sakai, Markus Uhlmann, Genta Kawahara

Lyapunov Analysis For Multiple Minimal Plane Couette Turbulence [28501]Toshio Ishikawa, Shin-ichi Takehiro, Michio Yamada

Friction Drag Reduction Of An Airfoil Using Uniform Blowing [28707]Yusuke Kondo , Kaoruko Etou, Koji Fukagata, Naoko Tokugawa

Transition In A Weakly Turbulent Rayleigh-Bénard Convection Exposed To A Horizontal Magnetic Field [28842]Tobias Vogt, Takatoshi Yanagisawa, Wataru Ishimi, Yuji Tasaka, Sven Eckert

Dynamics Of Bubble-Laden Homogeneous Shear Turbulence [29603]Mitsuru Tanaka, Yoshiaki Nishida, Shunsuke Okuta

Clustering Of Evaporating Droplets In Turbulent Jets [29089]Federico Dalla Barba , Francesco Picano

Localisation Of Salinity Perturbations In Salt-Stratified Turbulence [28399]Shinya Okino, Hideshi Hanazaki


TUESDAY 22 AUG 16.30-17.45

Session B (2)

Session B

Session B (2)

18.45 Reception at Stockholm City Hall

B1: Wall turbulence II B2: Vortex dynamics IIB3: Instability and

transition II B4: Flow control IB5: Thermally driven

turbulence I B6: Multiphase flows IB7: Lagrangian

turbulence I

B8: Geophysical and astrophysical turbulence I

Time Room F1 Room F3 Room D3 Room D34 Room E2 Room E3 Room E51 Room E5216:30 Spatio-Temporal Analysis Of

Turbulent Wall Pressure Fluctuations [29841]Yongmann Chung, Zhixin Wang

Construction Of Vortex-Surface Fields In Isotropic Turbulence [28846]Shiying Xiong, Yue Yang

Fully Developed Traveling And Modulated Wave Solutions In Eccentric Taylor-Couette-Poiseuille Flow [28598]Benoît Pier , Colm-cille Caulfield

Scale Energy Fluxes In Turbulent Channels With Drag Reduction At Constant Power Input [29546]Davide Gatti, Alberto Remigi, Bettina Frohnapfel, Yosuke Hasegawa, Andrea Cimarelli, Maurizio Quadrio

Experimental Investigation Of The Heat Transport In Turbulent Rayleigh-Benard Convection Close To The Geostrophic Regime [29584]Stephan Weiss , Dennis van Gils, Guenter Ahlers, Eberhard Bodenschatz

The Radial Distribution Function Of Glowing Droplets In Turbulence [29604]Willem van de Water , Humberto Bocanegra Evans, Nico Dam, Guus Bertens, Dennis van der Voort

Tracer And Inertial Particle Small-Scale Response To Large Scale Anisotropy And Inhomogneity [29092]Peter Huck, Romain Volk

Report Of The MILESTONE Experiment: Strongly Stratified Turbulence And Mixing Efficiency In The Coriolis Platform [28600]Antoine Campagne, Henrik Alfredsson, Rémi Chassagne, Diane Micard, Nicolas Mordant, Antonio Segalini, Joel Sommeria, Samuel Viboud, et. al.

16:45 Direct Numerical Simulation Of A Non-Equilibrium Adverse Pressure Gradient Boundary Layer Up To Re_Theta=8000 [29578]Ayse G Gungor , Yvan Maciel, Mark P. Simens, Taygun RecepGungor

Energy Fluxes And Distribution Of Mean Kinetic Energy With Respect To Secondary Currents In Straight Open-Channel Flow [29352]Julian Brosda, Michael Manhart

Puff Formation On The Unstable Manifolds Of Invariant Solutions In Pipe Flow [29384]Nazmi Burak Budanur , Björn Hof

Effect Of Traveling Wave-Like Blowing And Suction Control On Turbulent Boundary Layer Flow [29835]Hiroya Mamori, Hikaru Aono, Yukinori Kametani, Naoya Fukushima, Hitoshi Ishikawa, Makoto Yamamoto, Koji Fukagata

Superstructures In Rayleigh-Bénard Convection [29703]Richard Stevens, Alexander Blass, Xiaojue Zhu, Roberto Verzicco, Detlef Lohse

An Experimental Study Of The Effects Of Air Turbulence On Droplet Coalescence [29679]M Shyam Kumar , S.R. Chakravarthy, Manikandan Mathur

Multiscale Curvature Angles Of Inertial Particles In Turbulent Flows [29270]Benjamin Kadoch, Maxime Bassenne, Mahdi Esmaily-Moghadam, Kai Schneider, Marie Farge, Wouter Bos

DNS/LES Of Particle-Driven Gravity Currents In A Basin Configuration [29005]Ricardo Frantz, Ezequiel Francisco, Sylvain Laizet, Jorge Silvestrini

17:00 Inter-Component Energy Transfer In High Re Wall-Bounded Turbulence [29757]Myoungkyu Lee , Robert Moser

Trefoil Vortex Self-Similar Enstrophy Scaling With A Dissipation Anomaly [29227]Robert M. Kerr

Experimental Determination Of The Critical Point In Pipe Flow [29743]Mukund Vasudevan, Björn Hof

Effect Of Strouhal Number On The Forcing Of A Backward-Facing Step [28903]Tim Berk, Takfarinas Medjnoun, Bharathram Ganapathisubramani

Experiments On Moist Rayleigh Benard Convection: Convecting Cloud Chamber [29720]Prasanth Prabhakaran , Stephan Weiss, Alexei Krekhov, Eberhard Bodenschatz

Experimental Investigation Of Heat Transfer Enhancement In Bubbly Flow [29866]Biljana Gvozdic, Elise Almeras, Varghese Mathai, Dennis van Gils, Chao Sun, Detlef Lohse

Investigation Of The Effects Of Polydispersity, Gravity And Reynolds Number On Inertial Particle Dynamics [29303]Rohit Dhariwal , Andrew Bragg

Investigation Of Strongly Stratified Turbulence Resolved Over All Physical Scales [29741]Andrea Maffioli, Geert Brethouwer, Erik Lindborg

17:15 Reynolds-Number Scaling Of Joint-Pdfs In Turbulent Pipe Flow [29776]Gabriele Bellani, Tommaso Fiorini, Ramis Örlu, Antonio Segalini, Alessandro Talamelli, Henrik Alfredsson

The Deformation Of Turbulent Structure In A Homogeneous Turbulence With Phase Separation [29583]Youhei Takagi , Sachiya Okamoto, Yasunori Okano

Occurrence Of Turbulent Transition As A Absorbing Phase Transition In Two-Dimensional Kolmogorov Flow [28843]Yoshiki Hiruta, Sadayoshi Toh

Formation Of Free Round Jets With Long Laminar Region [29756]Julia Zayko , Anastasia Sudarikova , Sergey Teplovodskii, Alexander Reshmin

Entropy Fluctuations In Rayleigh-Benard Turbulent Convection [29725]Sergio Chibbaro , Francesco Zonta

Statistics Of Relative Velocities And Collision Rates Of Heavy Particles In Turbulent Flow [29362]Akshay Bhatnagar, Dhrubaditya Mitra, Kristian Gustafsson, Bernhard Mehlig

Conditional Averaging Reveals Stability Criterion For Stably-Stratified Turbulent Shear Flows [28641]Robert Ecke, Philippe Odier

17:30 Influence Of The Size Of Free-Stream Eddies On A Turbulent Boundary Layer [28698]R. Jason Hearst, Eda Dogan, Bharathram Ganapathisubramani

The Role Of Pressure Fluctuations In The Turbulent Kinetic Energy Budget [28857]Wolfgang Schanderl , Michael Manhart

Chaotic Returns Between Two Unstable Steady States Of Flow In A Precessing Sphere [28500]Shigeo Kida

Logarithmic Mean Temperature And Velocity Profiles In Turbulent Rayleigh-Bénard Convection [28967]Xiaojue Zhu , Richard Stevens, Roberto Verzicco, Detlef Lohse

Single-Particle Motion And Small-Scale Generation In 3D Turbulent Flows [29549]Haitao Xu, Alain Pumir, Eberhard Bodenschatz, Rainer Grauer

Experimental Investigation Of 1D Surface Gravity Wave Turbulence [28234]Ivan Redor, Eric Barthelemy, Hervé Michallet, Nicolas Mordant


WEDNESDAY 23 AUG 08.30-11.00 Invited talk & Session C

08.30-09.15 Invited talk in F1. Greg Voth, Wesleyan University, USA ”A new view of the dynamics of turbulence from measurements of Chairman: Colm-Cille Caulfield rotations of particles with complex shapes”

Session C (1) Session C (1)

C1: Wall turbulence III C2: Wall turbulence IVC3: Instability and

transition III C4: Flow control IIC5: Intermittency and

scaling II C6: Multiphase flows IIC7: Transport and

mixing II

C8: Reacting, compressible &

acoustics Roughness/Wall modifictations Structures I

Jets, wakes and fluid-structure interaction Passive methods

Properties, structures and methods

Finite size, heavy and spherical particles Methods and applications Methods and applications

Chair: Angela Busse Chair: Marcus Hultmark Chair: Olivier Marquet Chair: Wolfgang Shröder Chair: Joakim Peinke Chair: Wim-Paul Breugem Chair: Louis Gostiaux Chair: Mihai MihescuTime Room F1 Room F3 Room D3 Room D34 Room E2 Room E3 Room E51 Room E5209:45 Turbulent Wall-Bounded Flows Over

Rigid- And Flexible-Rough Beds [28586]Marco Placidi , Bharathram Ganapathisubramani

The Role Of The Turbulent/Non-Turbulent Interface In A Turbulent Boundary Layer With A Large-Eddy Break-Up Device [29560]Ramis Örlü , Cheng Chin, Nicholas Hutchins, Jason P. Monty, Philipp Schlatter

Free-Stream Turbulence Effects On The Transition-In-Wake Regime Of A Circular Cylinder [28385]Jørgen R. Aarnes , Helge I. Andersson, Nils E. L. Haugen

Controlled Direct Numerical Simulations Of Turbulent Spots In A Stratified Shear Flow [29796]John Taylor

Geometric Properties Of Vortex Lines In Isotropic Turbulence [28115]Kun Yang, Zhenhua Xia , Yipeng Shi

Fingering Convection In Double-Diffusive, Sediment-Laden Flows [28392]Ahmad Alsinan, Eckart Meiburg , Pascale Garaud

Nutrient Uptake By Phytoplankton In Turbulent Flows [28505]Alessandro Sozza, Filippo De Lillo, Massimo Cencini, Guido Boffetta

Spectral Turbulence Measurements Using Nano-Scale Sensors In A Compressible Boundary Layer [28594]Subrahmanyam Duvvuri, Katherine Kokmanian, Yuyang Fan, Marcus Hultmark

10:00 Effect Of Roughness Type On The Secondary Flows In Turbulent Boundary Layers Over Heterogeneous Roughness [28736]Takfarinas Medjnoun , Christina Vanderwel, Bharathram Ganapathisubramani

Coherent Structures In A Self-Similar Adverse Pressure Gradient Turbulent Boundary Layer At The Verge Of Separation [28661]Atsushi Sekimoto, Vassili Kitsios, Callum Atkinson, Javier Jimenez, Julio Soria

On The Global Stability Of The Turbulent Wake Of A 3D Bluff Body [28239]Guillaume Bonnavion, Olivier Cadot, Vincent Herbert, Sylvain Parpais, Rémi Vigneron, Jean Délery

Relaminarisation Of Fully Turbulent Pipe Flow [29749]Björn Hof , Jakob Kühnen, Davide Scarselli

Structure Of The Turbulent Velocity Gradient Tensor During Extreme Events [28252]Dhawal Buaria , Alain Pumir , PK Yeung

Mechanism Of Preferential Orientation Of Tracer Spheroids In Near-Wall Turbulence [28550]Lihao Zhao , Yucheng Jie, Helge Andersson

Flow Navigation By Smart Microswimmers Via Reinforcement Learning [28522]Kristian Gustafsson , Simona Colabrese, Luca Biferale, Antonio Celani

Flame Surface Statistics In High Reynolds Number Premixed Flames [29181]Antonio Attili, Dominik Denke, Heinz Pitsch, Stefano Luca, Fabrizio Bisetti

10:15 The Near-Wall Turbulent Flow Over Irregular Rough Surfaces [29236]Angela Busse , Manan Thakkar, Neil Sandham

Decomposition Of Multi-Scale Coherent Structures In A Turbulent Boundary Layer By Variational Mode Decomposition [28401]Wenkang Wang , Chong Pan, Jinjun Wang

On Generation Of Instability Modes In The Wake Of A Trailing Edge [29349]Ming Dong , Xuesong Wu

Can Directed Percolation Be Observed In Plane Couette Flow– Or At All? [30282]Matthew Chantry, Dwight Barkley, Laurette Tuckerman

Tensor Geometry In The Turbulent Cascade [28465]Nicholas Ouellette , Joseph Ballouz

Modulation Of Decaying Isotropic Turbulence By Spherical And Non-Spherical Particles Of Kolmogorov-Length-Scale Size [28660]Lennart Schneiders, Matthias Meinke, Wolfgang Schröder

Torque Measurements In A Taylor-Couette Experiment With A Very Small Radius Ratio Of 0.357 [28671]Andreas Froitzheim , Sebastian Merbold, Christoph Egbers

Experiments On Turbulent Flow Under Compression [29544]Fredrik Jonsson , Nils Tillmark, Ramis Örlü, P. Henrik Alfredsson, Björn Lindgren

10:30 Effect Of Roughness Density On Turbulence Around Roughness - A DNS-Based Study [29666]Pourya Foroogh i , Franco Magagnato, Bettina Frohnapfel

Analysis Of The Interaction Of Very Large Scale Motions In Turbulent Pipe Flow With The Wall Based On DNS [28448]Christian Bauer, Claus Wagner

Global Wake Dynamics Of Cars Driven By Static Instabilities At Re=10^7 [28525]Olivier Cadot, Guillaume Bonnavion, Vincent Herbert, Sylvain Parpais, Remi Vigneron, Jean Delery

Turbulent Drag Reduction By Compliant Coatings: An Analytical Study [28333]Henk Benschop, Wim-Paul Breugem

On The Conformal Invariance Of A Probability Measure Of Vorticity In 2D Turbulence [29408]Vladimir Grebenev, Marta Waclawczyk , Martin Oberlack

Turbulent Channel Flows Laden With Finite-Size Particles: The Effects Of Particle Density, Mass Fraction And Polydispersity [28805]Walter Fornari, Francesco Picano, Luca Brandt

Experimental Investigation On Mixing In Lock-Exchange Flows [28719]Diane Micard , Louis Gostiaux , Yvan Dossmann

Proper Orthogonal Decomposition Of A Reacting, Underexpanded Supersonic Jet From Les Simulations [29653]Antoni Alomar, Aurélie Nicole, Denis Sipp

10:45 How Wall-Roughness Induces Asymptotic Ultimate Turbulence [28644]Detlef Lohse

The Three-Dimensional Structure Of Large Scale Motions In A Turbulent Boundary Layer [29023]Ilkay Solak, Jean-Philippe Laval

Nonlinear Flow Oscillations Obtained As Marginally Stable Eigenmodes [29400]Olivier Marquet, Marco Carini

Experimental Investigation Of Compliant Coating Influence On Skin Friction In Turbulent Boundary Layer [29750]Oleg Ivanov , Vasily Vedeneev, Victor Kulik, Andrey Boiko

Intermittency Study In Computational Fluid Dynamics By Using An Inflow Model Based On Continuous Time Random Walks [29767]Sebastian Ehrich, Bernhard Stoevesandt, Joachim Peinke

Settling Velocity Of Heavy Particles Under Two-Way Coupling Effects In Homogeneous Turbulence [28872]Romain Monchaux , Anne Dejoan

Effective Diffusivity Of Short-Correlated Random Flows [28722]Marco Martins Afonso , Andrea Mazzino, Sílvio Gama

On The Inhibition Of Vortex Roll-Up In Compressible Mixing Layers [29658]Mona Karimi , Sharath Girimaji


WEDNESDAY 23 AUG 11.00-12.30 Session C (2)

Session C

Session C (2)

C1: Wall turbulence III C2: Wall turbulence IVC3: Instability and

transition III C4: Flow control IIC5: Intermittency and

scaling II C6: Multiphase flows IIC7: Transport and

mixing II

C8: Reacting, compressible &

acoustics Time Room F1 Room F3 Room D3 Room D34 Room E2 Room E3 Room E51 Room E5211:00 Density Currents Over Rough-Wall:

Relation Between Drag And Mixing [27954]Kiran Bhaganagar , Pavan NarasimhaRao

Very-Large-Scale Motion Measurements In Pipe Flows At High Reynolds Number [29899]Andrea Ianiro, Stefano Discetti , Carlos Sanmiguel VIla, Marco Raiola, Jacopo Serpieri, Ramis Örlü, Lucia Mascotelli, Tommaso Fiorini, Gabriele Bellani, et. al.

Fluid/Elastic Modes Of A Flexible Plate Clamped On A Cylinder [29226]Jean-Lou Pfister , Marco Carini,Olivier Marquet

Effect Of Bio-Inspired Coating On A Separated Flow Under Strong Adverse Pressure Gradient [29838]Luciano Castillo, Ali M. Hamed, Serdar Gorumlu, Ali Doosttalab, Burak Aksak, Leonardo P. Chamorro, Humberto Bocanegra Evans

Explaining The Universality Of Non-Equilibrium Turbulence [29032]Wouter Bos, Robert Rubinstein

On The Settling Speed Of Finite-Size Particles In Turbulent Environments [28915]Francesco Picano, Walter Fornari, Gaetano Sardina, Luca Brandt

Investigation Of The Mechanism Of The Mean-Flow Generation In Terms Of The Reynolds Stress Transport [28756]Kazuhiro Inagaki , Nobumitsu Yokoi, Fujihiro Hamba

DNS Of A Turbulent Premixed Flame [29618]Emanuele Gavesi , Geert Brethouwer

11:15 Experimental Study Of A Turbulent Flow Over Hairy Poro-Elastic Surfaces [29127]Marie Couliou , Fredrik Lundell, Jonas Hanssson, Wouter van der Wijngaart, Shervin Bagheri

Similarity Of A Coherent Structure Extracted By An Artificial Disturbance In A Turbulent Boundary Layer [29649]Iori Horiuchi , Tomohiro Nonobe, Masaharu Matsubara

Passive Control Of Fluid-Structure Instabilities By Means Of Piezoelectric Shunts [28885]Marco Carini, Jean-Lou Pfister, Olivier Marquet

On The Mechanism Of Turbulent Drag Reduction With Riblets [28400]Hong Liu, Fuxin Wang, Weipeng Li

Irreversibility And Lagrangian Power Statistics In Turbulence [28566]Massimo De Pietro, Luca Biferale, Guido Boffetta, Massimo Cencini

Turbulence Modulation In Particulate Channel Flow With Spheroidal Particles [29261]Mehdi Niazi Ardekani, Pedro Costa, Wim Paul Breugem, Francesco Picano, Luca Brandt

Isotropic Turbulence Driven Gas Transfer Across Contaminated Surfaces [29356]Jan Wissink, Yasemin Akar, Herlina Herlina

Analysis Of Inflow Turbulence On Combustion Noise [28534]Sohel Herff , Konrad Pausch ,Stephan Schlimpert, Matthias Meinke, Wolfgang Schröder

11:30 Quadrant Analysis In Free-Surface Canopy Flows: Combined Effect Of Relative Submergence And Roughness Aspect Ratio [28697]Loïc Chagot , Frédéric Moulin, Olivier Eiff

Entrainment Decomposition For Turbulent Wall-Bounded Flows [29165]Maarten van Reeuwijk

Non-Modal Analysis Of Coaxial Jets [29332]Davide Montagnani, Franco Auteri

The Effects Of Interface Deformation Of Superhydrophobic Surface On Wall Turbulence [29260]Shao-Ching Huang , John Kim

Self-Similarity Of Passive Scalar Structure Functions In Decaying Turbulence [29729]Michael Gauding, Luminita Danaila, Emilien Varea, Jonas Boschung, Jens Henrik Goebbert

Multiscale Turbulent Clustering Of Bidispersed Inertial Particles In Isotropic Turbulence [29323]Keigo Matsuda, Ryo Onishi, Keiko Takahashi

Numerical Investigation Of Pair Dispersion In Two-Dimensional Turbulence Via Delay-Time Statistics [29833]Tatsuro Kishi, Takeshi Matsumoto, Sadayoshi Toh

FWH-Based Noise Predictions For A 3D Turbulent Flow Around A Finite-Length Square Cylinder [28570]Marta Cianferra, Sandro Ianniello, Vincenzo Armenio

11:45 Roughness Effect In A Low Reynolds Number Laminar Channel Flow [28983]Nisat Anika, Lyazid Djenidi

DNS Study On Reynolds-Number Dependence Of A Turbulent Boundary Layer With Separation And Reattachment [29298]Hiroyuki Abe , Yasuhiro Mizobuchi, Yuichi Matsuo

Global Stability Of A Jet In Cross-Flow: Effects Of Jet Inflow [29779]Guillaume Chauvat , Adam Peplinski, Ardeshir Hanifi, Dan Henningson

Turbulent Drag Reduction Using Liquid-Infused Surfaces [29674]Matthew Fu , Isnardo Arenas, Stefano Leonardi, Marcus Hultmark

Levy-Clifford Algebra And Multifractals To Analyse And Simulate Turbulent Flow Intermittency [29890]Daniel Schertzer, Ioulia Tchiguirinskaia

Turbulent Duct Flow Of Finite-Size Neutrally Buoyant Spherical Particles [29396]Hamid Tabaei, W alter Fornari, Jeanette Hussong, Luca Brandt

Role Of Inertia On Large-Scale Particle Transport [28688]Simone Boi , Andrea Mazzino, Paolo Muratore-Ginanneschi

Pressure Statistics Modification Of A Turbulent Boundary Layer Due To The Presence Of A Helmholtz Resonator [29249]Lewin Stein, Julius Reiss, Jörn Sesterhenn

12:00 Turbulent Channel Flow Over Hyperelastic Wall [29394]Marco Edoardo Rosti, Luca Brandt

Scaling Laws For Variable Property Flows [29882]Rene Pecnik, Ashish Patel

Optimal Forcing Leading To Jet Bifurcation [28506]Léopold Shaabani Ardali, Lutz Lesshafft, Denis Sipp

Effect Of Bio-Inspired Surface Roughness On Flow Structure In Adverse Pressure Gradient Turbulent Boundary Layer [29842]Luciano Castillo, Suranga Dharmarathne, Ali Doosttalab, Humberto Bocanegra Evans, Ali M. Hamed, Serdar Gorumlu, Murat Tutkun, Burak Aksak, Leonardo P. Chamorro

Extreme Accelerations In Turbulence [29230]John Lawson , Cristian Lalescu, Eberhard Bodenschatz, Michael Wilczek

Finite Size Effects In Dense Turbulent Suspension Transport [29849]Pedro Costa, Francesco Picano, Luca Brandt, Wim-Paul Breugem

Experimental Investigation Of A Point Source Scalar In Large Scale Turbulence [28635]Yi-Chun Huang , Neil Vickers, Marcus Hultmark

Characteristics Of Gas Dynamic Equations - A New Realizability Constraint For Compressible Turbulence Models [29747]Bikram Ghotra, Mitul Halder, Martin Oberlack, Jan Hau

12:15 Lattice Boltzmann Direct Numerical Simulation Of Turbulence Over Randomly Distributed Hemispheres [28672]Yusuke Kuwata , Yasuo Kawaguchi

Large Scale Structures Impact On Prandtl’S Secondary Motions In Square Duct Flow [29651]Alfredo Pinelli , Alessandro Monti, Mohammad Omidyeganeh

The Effect Of Shape And Shedding On The Dynamics Of The Pendulum [29006]M. Obligado , M.G. Ramirez, J.C. Vassilicos

A Regularity Criterion And Computations For Solutions Of The Three-Dimensional Cahn-Hilliard-Navier-Stokes Equations [29545]Rahul Pandit

Noise Renormalization In Burgers Turbulence [29310]G.B. Apolinário, L. Moriconi, R.M. Pereira, A. Saboia

Angular Kinetic Energy Dissipation In Suspensions Of Inertial Spheroids [28301]Helge I. Andersson , Lihao Zhao

Simultaneous Measurements Of Two Scalars And Velocity In A Coaxial Jet [29632]Hewes Alaïs, Mydlarski Laurent

A LIF-PIV Investigation Of Turbulence Stirred By Sprays [29218]Dennis van der Voort , Nico Dam, Herman Clercx, Willem van de Water


WEDNESDAY 23 AUG 14.00-16.30 Invited talk & Session D

14.00-14.45 Invited talk in F1. Peter Davidson, Cambridge University, UK “Dynamos driven by helical waves: scaling laws for numerical dynamos and Chairman: Rich Kerswell for the planets”

Session D (1) Session D (1)

D1: Wall turbulence V D2: Vortex dynamics IIID3: Instability and

transition IVD4: Large-eddy

simulation IID5: Thermally driven

turbulence II D6: Jets and wakes IID7: Lagrangian

turbulence II

D8: Geophysical and astrophysical turbulence II

Modeling/theory Vortex/inviscid models, PIVReceptivity and instability of boundary layers LES Applications Convection Direct numerical simulation Lagrangian statistics Miscellaneous

Chair: Marc Avila Chair: Carlo Barenghi Chair: Philippe Lavoie Chair: Arne Johansson Chair: Richard Stevens Chair: Lutz Lesshafft Chair: Luca Biferale Chair: Marie FargeTime Room F1 Room F3 Room D3 Room D34 Room E2 Room E3 Room E51 Room E5215:15 A Linear Systems Approach To

Computing Convective Velocities [29717]Ismail Hameduddin, Dennice Gaym

Leapfrogging Kelvin Waves [28079]Niklas Hietala , Risto Hänninen, Hayder Salman, Carlo F. Barenghi

Receptivity Of Wake Turbulence And Transition In Boundary Layer [29621]Dhamotharan Veerasamy , Chris Atkin

Inertial Range Subgrid-Scale Energy Transfer At High Reynolds Numbers [28514]Moritz Linkmann , Michele Buzzicotti, Hussein Aluie, Luca Biferale, James Brasseur, Charles Meneveau

Numerical Simulations Of Thermal Two Dimensional Hemispherical Turbulence [28029]Patrick Fischer , Charles-Henri Bruneau, Hamid Kellay, Yong-Liang Xiong

High-Fidelity Simulations Of Turbulent Jets At High Reynolds Numbers: Effect Of Plasma Actuator Control [28515]Vasilis Ioannou , Sylvain Laizet

Eulerian And Lagrangian Turbulence On Reduced Fourier Sets [28339]Michele Buzzicotti, Akshay Bhatnagar, Luca Biferale, Alessandra S. Lanotte, Samriddhi S. Ray

Turbulence Of Weak Gravitational Waves In The Early Universe [28512]Sébastien Galtier, Sergey Nazarenko

15:30 Reconstruction Of Laminar Separated Bubbles By Piv Assimilation Into A RANS Model [29108]Nicolo Fabbiane , Olivier Marquet, Benjamin Leclaire

Universal Behavior Of High-Vorticity Regions Developing In 3D Incompressible Ideal Flows [28096]Dmitry Agafontsev, Evgenii Kuznetsov, Alexei Mailybaev

Görtler Vortices Excited By Free-Stream Vortical Disturbances In A Boundary Layer With Pressure Gradient: Nonlinear Evolution And Secondary Instability [29696]Dongdong Xu, Yongming Zhang, Xuesong Wu

Testing And Development Of The Explicit Algebraic Sgs Model For Cfd Applications [29385]Matteo Montecchia, Geert Brethouwer, Stefan Wallin, Arne V. Johansson

The Near-Wall Flow Field In Turbulent Convection In Air: A Fully Three-Dimensional Insight From Tomographic PIV [28085]Ronald du Puits, Robert Kaiser

Scaling Of The Non-Dimensional Dissipation Rate Cε Near Turbulent/Non-Turbulent Interfaces [28979]Tomoaki Watanabe, Carlos da Silva, Koji Nagata

Irreversibility Of The Two-Dimensional Enstrophy Cascade [28375]Stefano Musacchio, Elena Piretto, Guido Boffetta

Experimental And Numerical Investigation Of The Zonostrophic Turbulence In Deep Rotating Flows [28084]Simon Cabanes, Benjamin Favier, Jonathan Aurnou, Michael Le Bars

15:45 Inflow Generation For Simulation Of Turbulent Boundary Layers Using A Precursor Channel Flow Simulation [29656]Timofey Mukha, Mattias Liefvendahl, Saleh Rezaeiravesh

Spatio-Temporal Stability Of Confined Rows Of Point Vortices [29565]Cristobal Arratia, Saviz Mowlavi, Francois Gallaire

Effect Of Freestream Turbulence On Laminar Separation Bubbles And Flow Transition On An Sd7003 Airfoil At Low Reynolds Numbers [29707]Philippe Lavoie, Jacob Zilli

Large Eddy Simulation Of Turbulent Magnetohydrodynamic Flows In A Square Duct At High Reynolds And Hartmann Numbers. [29683]Sebastian Prinz, Thomas Boeck, Dmitry Krasnov, Jörg Schumacher

Conductive Heat Flux In Measurements Of The Nusselt Number In Turbulent Rayleigh--Bénard Convection [29229]Eberhard Bodenschatz, Stephan Weiss, Olga Shishkina

On The Multiple Pinch-Off In A Turbulent Compressible Starting Jet [29162]Juan Jose Pena Fernandez , Jörn Sesterhenn

Lagrangian Statistics In A Turbulent Channel [28495]Nickolas Stelzemuller , Nicolas Mordant, Juan Ignacio Polanco, Ivana Vinkovic

Identification Of Nonlinear Coupling In Wave Turbulence At The Surface Of Water [28319]Quentin Aubourg, Joel Sommeria, Viboud Samuel, Nicolas Mordant

16:00 Physics And Modeling Of Laminar-Turbulent Interfaces In Pipe Flow [29845]Marc Avila, Baofang Song, Paul Ritter, Dwight Barkley, Björn Hof, Stefan Zammert, Bruno Eckhardt

Numerical Simulations Of 3D Richtmyer-Meshkov Instability With A Cube-Shaped Sf6 Bubble Using A High-Order Targeted-Eno Finite-Volume Method [28285]Ory Haimovich , Steven Frankel

Study Of Roughness-Induced Boundary Layer Transition Mechanism Of Different Shapes [28326]Wei Liu, Xiaoliang Yang, Mingming Ge, Yunlong Zhou,Hao Li

Large Eddy Simulation Of Turbulent Ribbed-Pipe Flow [28159]Changwoo Kang, Kyung-Soo Yang

Rotationally Constrained Convection : An Experimental Study [28248]Hadi Rajaei , Rudie Kunnen, Herman Clercx

The Turbulent Wake Behind A Concave Curved Cylinder At Re = 3900 [29183]Fengjian Jiang, Bjørnar Pettersen, Helge I. Andersson

A Novel Bridging Relation Connecting Eulerian And Lagrangian Statistics [28769]Michael Wilczek , Cristian Lalescu

Two-Dimensional Turbulence On Locally-Concave Isentropes [28556]Emile Touber, Nicolas Alferez

16:15 Using The One-Dimensional Turbulence Model To Study Asymptotic Suction Boundary Layers [28510]Moritz Fragner, Heiko Schmidt

Influence Of The Piv Evaluation Method On Measured Flow Structures In Front Of A Wall-Mounted Vertical Cylinder [29152]Claudia Strobl, Ulrich Jenssen, Michael Manhart

Modal And Non-Modal Analysis Of Flow Over Mvg Roughness [29594]Michele Alessandro Bucci , Stefania Cherubini, Jean-Christophe Robinet

Large-Eddy Simulations Of A Wing Section Undergoing Small-Amplitude Pitch Oscillations [29793]Prabal Negi , Ricardo Vinuesa, Philipp Schlatter, Ardeshir Hanifi, Dan Henningson

Mean Flow Structure In Horizontal Convection[28349]Olga Shishkina

Influences Of Varying Density Ratios And Schmidt Numbers On The Turbulent/Non-Turbulent Interface [29215]Dominik Denker, Konstantin Kleinheinz, Antonio Attili, Fabian Hennig, Jonas Boschung, Heinz Pitsch

The Influence Of Polymers On The Mechanical Properties Of Turbulence [29242]Michael Sinhuber, Joseph Ballouz, Nicholas T. Ouellette

Modeling Planetary Atmospheres And Oceans In Laboratory: Anisotropy In A Westward Zonal Jet [29712]Stefania Espa, Boris Galperin, Guglielmo Lacorata


WEDNESDAY 23 AUG 16.30-17.45

Session D (2)

Session D

Session D (2)

19.00 Conference dinner at Vasa Museum

D1: Wall turbulence V D2: Vortex dynamics IIID3: Instability and

transition IVD4: Large-eddy

simulation IID5: Thermally driven

turbulence II D6: Jets and wakes IID7: Lagrangian

turbulence II

D8: Geophysical and astrophysical turbulence II

Time Room F1 Room F3 Room D3 Room D34 Room E2 Room E3 Room E51 Room E5216:30 GS-SGS Energy Transfer

Characteristics In A Turbulent Channel Flow [29688]Mizuki Kihara, Naoya Fukushima, Yuki Minamoto, Masayasu Shimura , Mamoru Tanahashi

Third- And Fourth-Order Moments From Particle Image Velocimetry Experiments At A Cylinder-Wall Junction Flow [29096]Ulrich Jenssen , Claudia Strobl, Michael Manhart

Experimental Investigation On The Instabilities Of The Boundary-Layer Flow On A Rotating Cone In Still Fluid [29217]Henrik Alfredsson, Takuya Kawata, Rebecca Lingwood

New Subgrid-Scale Models And Characteristic Length Scales For Large-Eddy Simulation Of Rotating Turbulent Flows [29419]Maurits Silvis, Xavier Trias, Roel Verstappen

Inclined Thermal Convection In Slender Containers Filled With Small-Prandtl-Number Fluids[28374]Lukas Zwirner, Olga Shishkina

Data-Assimilation Of A Turbulent Backward-Facing Step Flow [29378]Lucas Franceschini, Olivier Marquet, Denis Sipp, Florent Renac

Anslysis Of The Forward And Backward In Time Pair-Separation Pdfs For Inertial Particles In Isotropic Turbulence [29351]Andrew Bragg

Local Energy Transfers And Dual Cascades In Atmospheric Flows [29365]Davide Faranda , Valerio Lembo, Denis Kuzzay, Francois Daviaud, Berengere Dubrulle

16:45 Characterization Of Turbulent Channel Flows: From Time-Series To Complex Networks [28776]Giovanni Iacobello, Stefania Scarsoglio, Luca Ridolfi

The Geometry Of The Entropy-Driven Turbulence Cascade [28729]Alberto Vela-Martin , Javier Jiménez

Numerical Simulation Of The Global Instability On A Rotating Disk Flow [29222]Keunseob Lee, Yu Nishio, Seiichiro Izawa, Yu Fukunishi

Effect Of Subgrid Turbulence On Settling Colliding Particles [28504]Bogdan Rosa, Jacek Pozorski

Experimental Investigation Of The Dynamics Of Large-Scale Circulations In Turbulent Mixed Convection In A Rectangular Sample[28694]Michael Mommert , Daniel Schiepel, Daniel Schmeling, Claus Wagner

Modelling Of Coherent Structures In Turbulent Jets At High Reynolds Number By Mean Flow Instability Analysis [29131]Lutz Lesshafft, Onofrio Semeraro, Vincent Jaunet, Peter Jordan, André Cavalieri

Euler-Lagrangian Studies Of Passive Scalar Mixing [29735]Paul Götzfried, Mohammad Emran, Emmanuel Villermaux, Jörg Schumacher

Effect Of Ambient Shear In Hypopycnal Particle-Laden Flows [29253]Jorge Silvestrini , B.A. Frenzena , R.A.S. Frantz

17:00 Nonlinear Forcing In The Resolvent Analysis Of Wall Turbulence [29848]Kevin Rosenberg , Beverley McKeon

Knottedness Of Turbulence [28921]Carlo Barenghi , Mae Mesgarnezhad, Rob Cooper, Andrew Baggaley

Vortical Structures Causing Difference In Boundary Layer Transition [29224]Joe Yoshikawa, Yu Nishio, Seiichiro Izawa , Yu Fukunishi

LES-IB Analysis Of An Isothermal Flow In Wavy Pipes [28604]Mariusz Ksiezyk , Artur Tyliszczak , Bernard Geurts

Dynamics Of Large-Scale Circulation At Turbulent Convection In A Cubic Cell[28894]Peter Frick, Andrey Vasiliev

Wavepackets In Subsonic Turbulent Jets: A Dynamical System Analysis [29038]Onofrio Semeraro, François Lusseyran , Luc Pastur, Peter Jordan

Statistics Of Lagrangian Turbulence: Classical Versus Quantum [29739]Christian Beck, Shihan Miah

Thermal Convection With Insulating Lids At The Top [29834]Ke-Qing Xia , Fei Wang, Shi-Di Huang

17:15 Resolvent Analysis Of Spanwise Rotating Turbulent Channel Flow [28708]Satoshi Nakashima , Mitul Luhar, Koji Fukagata

Near-Field Response Of An Axisymmetric Jet To Transverse Acoustic Forcing [29334]Dhiren Mistry , Øyvind Hanssen-Bauer, Nicholas Worth, James Dawson

Influence Of “Taylor-Görtler” Vortices In Pressure-Swirl Atomizers On The Aerodynamic Breakup [28676]Sebastian Egger, Manfred Piesche

Coarse Grained Simulation Of Shock Driven Turbulent Mixing [28262]Fernando Grinstein , Rick Rauenzahn, Juan Saenz, Marianne Francois

Thermal Convection Induced By Centrifugal Buoyancy In A Cylindrical Annulus With A Solid Body Rotation[29425]Changwoo Kang, Antoine Meyer, Innocent Mutabazi

Free Surface Effects On The Evolution Of The Wake Of A Circular Cylinder [28840]Grant Skidmore , Jason Monty, Jimmy Philip, Ivan Marusic

Lagrangian Investigation Of Turbulent Entrainment In Dilute Polymer Solutions [29801]Elisabetta De Angelis, Giacomo Cocconi, Bettina Frohnapfel, Mark Baevsky, Alex Liberzon

Scale-Dependent Helical Properties Of Turbulent Stratified Shear Flows [29338]Frank Jacobitz , Kai Schneider , Marie Farge

17:30 Stochastic Attractors In A Turbulent Von Kármán Flow [28991]Francois Daviaud, Davide Faranda, Yuzuru Sato, Brice Saint-Michel, Vincent Padilla, Cécile Wiertel, Berengere Dubrulle

Quantum Vortex Reconnections In Trapped Bose Einstein Condensates [29755]Luca Galantucci, Simone Serafini, Elena Iseni, Tom Bienaimé, Russell Bisset, Franco Dalfovo, Giacomo Lamporesi, Gabriele Ferrari, Carlo F. Barenghi

Destabilisation And Modification Of Tollmien-Schlichting Disturbances By A Three Dimensional Surface Indentation [29792]Hui Xu , Shahid M. Mughal, Erwin R. Gowree, Chris J. Atkin, Spencer J. Sherwin

Evaluation Of Wall Models In Combination With Immersed Boundary Method For Large-Eddy Simulation Of Flows Around Axisymmetric Bodies [29011]Shizhao Wang, Beiji Shi, Yuhang Li, Guowei He

Experiments On Vertical Convection In Liquid Metals[29654]Till Zürner , Tobias Vogt, Chr istian Resagk , Sven Eckert, Jörg Schumacher

Interscale Energy Transfer In Variable Density Turbulent Round Jets In A Coflow [29300]Chris C.K. Lai, John J. Charonko , Katherine Prestridge

Turbulence Under Rotation: Eulerian And Lagrangian Statistics [29282]Luca Biferale, Fabio Bonaccorso, Irene Mazzitelli, Michel van Hinsberg, Alessandra Lanotte, Stefano Musacchio, Prasad Perlekar, Federico Toschi

Turbulence Kinetic Energy Budget In Stratocumulus Topped Atmospheric Boundary Layer: Comparison Of The Measurements And LES Simulations [29042]Marta Kopeć, Szymon Malinwski


THURSDAY 24 AUG 08.30-11.00 Invited talk & session E

08.30-09.15 Invited talk in F1. Christian Poelma, Delft University, The Netherlands “Measuring in opaque flows”Chairman: Jerry Westerweel

Session E (1) Session E (1)

E1: Wall turbulence VI E2: Wall turbulence VII E3: Instability and transition V

E4: Flow control III E5: Intermittency and scaling III

E6: Multiphase flows III E7: Lagrangian turbulence III

E8: MHD turbulence

Experimental techniques Structures IIInstability of compressible and stratified flows

Closed-loop control & optimization Experiments and structures Methods and applications Methods and applications

Chair: Bharathram Ganapathisubramani Chair: Carlo Cossu Chair: Stefan Wallin Chair: Onofrio Semeraro Chair: Martin Oberlack Chair: Patrick Jenny Chair: Alex Liberzon Chair: Thomas Boeck

Time Room F1 Room F3 Room D3 Room D34 Room E2 Room E3 Room E51 Room E5209:45 Skin Friction Measurements In A

Strong Decelerating Flow [29164]Witold Elsner, Artur Dróżdż, Dawid Sikorski

Large-eddy exact coherent solutions (LECS) in the turbulent channel [28516]Subhandu Rawat, Jae Sung Park, Michael D. Graham, Carlo Cossu

Experimental Investigation Of Hypersonic Instability For A Flat Bounded Flow [28303]Lang Li, Caijun Gan, Ma Yuanhong, Wei Lianfeng

Proposal Of Control Laws For Turbulent Friction Drag Reduction Based On Resolvent Analysis [28709]Aika Kawagoe, Satoshi Nakashima, Mitul Luhar, Koji Fukagata

Experimental Detection And Characterization Of Extreme Events Of Inertial Dissipation In Turbulent Flows [28050]Denis Kuzzay , Ewe-Wei Saw, Fabio Martins, Axel Guittonneau, Davide Faranda, François Daviaud, et. al.

Lattice Boltzmann Investigation Of Turbulent Fully-Resolved Particle-Laden Flows [27808]Amir Eshghinejadfard

Sampling Multi-Scale Aspects Of Turbulence With Lagrangian Tracers [28755]Cristian Lalescu, Michael Wilczek

Compressible Relativistic Magnetohydrodynamic Turbulence In Magnetically-Dominated Plasmas And Implications For A Strong-Coupling Regime [27803]Makoto Takamoto

10:00 Multi-Component Velocity Measurements In Wall Bounded Turbulent Flow Utilizing A Novel Sensor [28645]Clayton Byers , Matthew Fu, Yuyang Fan, Marcus Hultmark

Coherent structures in hypersonic shock wave / turbulent boundary layer interactions [29731]Anne-Marie Schreyer

Global 3D Optimal Forcing And Response Of The Supersonic Boundary Layer [29375]Benjamin Bugeat, Jean-Camille Chassaing, Jean-Christophe Robinet, Pierre Sagaut

Control Of Complex Disturbances In Boundary-Layer Flows Over A Flat Plate [29366]Pierluigi Morra, Nicolò Fabbiane, Shervin Bagheri, Ardeshir Hanifi, Dan Henningson

Array Of Ultra-Miniaturized Hot-Films For High Reynolds Number Flows [28469]Philippe-E. Roche, Jérôme Valentin, Eléonore Rusaouen, Benoît Chabaud, Olivier Pirotte

A Novel Lagrangian Two-Way Coupled Point-Particle Model Using Implicit Large-Eddy Simulation [28194]Konstantin Fröhlich , Lennart Schneiders, Matthias Meinke, Wolfgang Schröder

Lagrangian Acceleration Statistics And Relative Dispersion In Turbulent Channel Flow [28593]Juan Ignacio Polanco , Ivana Vinkovic, Nickolas Stelzenmuller, Nicolas Mordant, Mickaël Bourgoin

DNS And LES Of Homogeneous And Isotropic Hall Mhd Turbulence [28116]Hideaki Miura, Fujihiro Hamba

10:15 Measurements Of Wall-Shear Stress Fluctuations In Turbulent Convection Flows At High Reynolds- And Rayleigh-Numbers [28725]Christoph Bruecker, Vladimir Mikulich, Ronald du Puits

Coherent structures in the boundary layer in rotating plane Couette flow [29155]Bruno Eckhardt, Marina Pausch, Martin G Lellep, Stefan Zammert

Compressible Görtler Vortices Excited By Free-Stream Vortical Disturbances [29761]Samuele Viaro, Pierre Ricco

Closed-Loop Control Using The Resolvent Operator [29648]Colin Leclercq, Denis Sipp, Eric Garnier

First Results At Ultra-High Reynolds Numbers In A Windtunnel [29336]Eberhard Bodenschatz, Gregory P. Bewley, Christian Küchler

Study Of Particle Migration And Stresslet In Turbulent Pipe-Flow [28389]Abhineet Gupta , Herman J. H. Clercx, Federico Toschi

Revisiting Kolmogorov’S Lagrangian Similarity And Richardson’S Dispersion Law [29759]Manuel Barjona , Carlos B. da Silva

Turbulence And Its Surrogates In Extreme Magnetoconvection [28631]Oleg Zikanov, Xuan Zhang, Yaroslav Listratov

10:30 Assessment Of Uncertainties In The Experimentally Measured Quantities Of Wall-Bounded Turbulent Flows [28895]Saleh Rezaeiravesh , Ricardo Vinuesa, Mattias Liefvendahl, Philipp Schlatter

Interaction between large- and small-scale structures in turbulent rotating plane Couette flow [29216]Takuya Kawata, P. Henrik Alfredsson

Numerical Investigation And Experimental Validation Of Roughness Induced Supersonic Boundary Layer Transition [28325]Xiaoliang Yang , Wei Liu, Mingming Ge, Shihe Yi

Feedforward And Feedback Control Of Boundary Layer Streaks Induced By Freestream Turbulence Using Plasma Actuators [29803]Kevin Gouder, Ahmed Naguib, Philippe Lavoie, Jonathan Morrison

K62Scan: Experimental Assessment Of The Refined Similarity Hypothesis [29539]Anna Knutsen, John Lawson, Nicholas Worth, James Dawson, Eberhard Bodenschatz

A Numerical Study On Cavitating Flow Of LNG Inside A Laval Nozzle: Effects Of Cavitation Number And Nozzle Expansion Angle [29313]Saeed Rahbarimanesh , Joshua Brinkerhoff

Rotation-Induced Dynamics Of Buoyant Spheres In Turbulence [28973]Xiaojue Zhu, Varghese Mathai, Chao Sun, Detlef Lohse

Low Reynolds Number Turbulence Generated By Alternating Magnetic Field In A Cylindrical Liquid Metal Layer [28752]Yuji Tasaka , Vladimir Galindo, Tobias Vogt, Sven Eckert

10:45 The Effect Of The Spatial Resolution Of A Laser Doppler Anemometer On The Measurement Of The Velocity And The Turbulence Intensity [28993]Markus Juling , Jonas Steinbock, Martin Straka, Thomas Lederer

Characterization of linear-like Orr bursts in fully turbulent channels [28720]Miguel P. Encinar, Javier Jimenez

Short-Wavelength Secondary Instabilities In Stably Stratified Shear Flows [29783]Aravind Harilal Meenambika, Thomas Dubos, Manikandan Mathur

Closed-Loop Control Of Drag Reduction Of Turbulent Boundary Layer Via Transversal Surface Wave [28185]Pascal Meysonnat , Lorenz Pyta, Wolfgang Schröder

Integral Fluctuations Theorem For Highest Reynolds [29633]André Fuchs, Alain Girard, Joachim Peinke, Pantxo Diribarne, Jean-Paul Moro, Gerd Gülker

DNS And RANS Modelling Of Turbulent Pipe Flows Of Power-Law Fluids [28393]Andrey Gavrilov , Valeriy Rudyak

Stochastic Model For The Particle Dynamic In High Reynolds Number Turbulent Flows [29655]Rémi Zamansky , Mikhael Gorokhovski

Small-Scale Turbulent Dynamo Effects In Non-Ideal Plasma [29414]Francis Nwobu , Emile Touber


THURSDAY 24 AUG 11.00-12.30

Session E (2)

Session E

Session E (2)

E1: Wall turbulence VI E2: Wall turbulence VII E3: Instability and transition V

E4: Flow control III E5: Intermittency and scaling III

E6: Multiphase flows III E7: Lagrangian turbulence III

E8: MHD turbulence

Time Room F1 Room F3 Room D3 Room D34 Room E2 Room E3 Room E51 Room E5211:00 Direct And In-Direct Measurements

Of Momentum Structure In CoLaPipe [29099]El-Sayed Zanoun, Emir Öngüner, Vasyl Motus , Christoph Egbers , Tommaso Fiorini , Ramis Örlü , Gabriele Bellani , Alessandro Talamelli

Turbulent Flow In The Rotating-Disk Boundary-Layer [28718]Ellinor Appelquist, Philipp Schlatter, Henrik Alfredsson, Rebecca Lingwood

Natural Convection In A Vertical Slot Under A Horizontal Electric Field [29710]Harunori Yoshikawa, Innocent Mutabazi, Masato Nagata

Topology Optimization Of Natural Convection Flows: Differentially Heated Cavities [29609]Clio Saglietti , Philipp Schlatter, Martin Berggren, Dan S. Henningson

Entropy Production In The Turbulent Cascade – A New Criterion For Universality Consideration [31082]Joachim Peinke, Nico Reinke, Daniel Nickelsen

A New Method For Accurate Particle Density Estimation In Particle-Laden Flows [29411]Daniel Meyer, Philipp Weiss, Patrick Jenny

Towards A Lagrangian Investigation Of Relative Dispersion In A Wind Tunnel Rough Boundary Layer [29716]Ron Shnapp , Eyal Fattal, Yardena Bohbot-Raviv, Alex Liberzon

Simulations Of Turbulent Magnetohydrodynamic Duct Flows With High-Speed Shear Layers [29585]Dmitry Krasnov, Thomas BoeckLeo Bühler

11:15 A Nano-Scale Cross-Wire For Turbulence Measurements [29317]Yuyang Fan , Matthew Fu, Janik Kiefer, Marcus Hultmark

Dynamic estimation of large-scale structures in channel flow [29740]Simon Illingworth , Jason Monty, Ivan Marusic

Disorder-Order Transition In Wave Driven Flows At A Liquid Surface [28328]Nicolas Francois , Hua Xia , Horst Punzmann, Paul Fontana,Michael Shats

DNS-Based Adjoint Optimization Of The Wall Shape In Turbulent Channel Flow [29397]Thomas Köthe, Claus Wagner

Reynolds Number Dependence Of Straining Motions In Turbulence [28614]G.E. Elsinga, T. Ishihara, M.V. Goudar, C.B. da Silva, J.C.R. Hunt

Dynamics Of Compressed Turbulence With Time-Varying And Non-Uniform Viscosity [28904]Giovanni Viciconte, Benoit-Joseph Gréa , Fabien Godeferd

A Characteristic Mapping Method For Two-Dimensional Incompressible Euler Equations With Exponential Resolution [29423]Badal Yadav, Jean-Christophe Nave, Kai Schneider

Resolution, Dissipation And Energy Transfers In Magnetohydrodynamic Simulations With High Magnetic Prandtl Number [29636]Mairi McKay , Arjun Berera, Richard Ho, Clara Despard

11:30 Single Pixel PIV Study Of Adverse-Pressure-Gradient Turbulent Boundary Layers [29876]Carlos Sanmiguel Vila, Stefano Discetti, Ricardo Vinuesa, Andrea Ianiro, Philipp Schlatter, Ramis Örlü

Detection of structures with various group velocities in fully developed turbulent pipe flow [29811]Amir Shahirpour, Jörn Sesterhenn, Christoph Egbers

Oscillator Coupling: The Instability Of An Axial Equilibrium System Of A Turbo-Pump [28345]Gautier Verhille, Patrice Le Gal

A New Averaging Approach To Numerically Calculate The Adjoint Solution Of Turbulent Navier-Stokes Flows [29765]Sophie Knechtel, Joern Sesterhenn

Temporally Evolving Turbulent Jet: DNS And New Symmetry Induced Scaling Laws [28737]Hamed Sadeghi, Martin Oberlack, Michael Gauding

Role Of Turbulent Fluctuations On The Breakup Of Colloidal Aggregates [29664]Matthaus Babler

Magnetized Shear Flows: Influence Of Rotation And Domain Size [29681]Farrukh Nauman, Martin Pessah, Blackman Eric

11:45 Time Resolved, Near Wall PIV Measurements In A High Reynolds Number Turbulent Pipe Flow [28511]Christian Willert , Julio Soria, Michel Stanislas, Gabriele Bellani, Joachim Klinner, Omid Amili, Michael Eisfelder, Christophe Cuvier et. al.

Wall-coherent structure of turbulent boundary layers: an empirical spectral filter [29790]Woutijn Baars, Nicholas Hutchins, Ivan Marusic

Wake Of A Vertically Moving Sphere In A Linearly Stratified Fluid [29413]Jie Zhang, Mercier Matthieu, Jacques Magnaudet

PANS Validation and Active Flow Control For A Simplified Truck Cabin [28489]Guglielmo Minelli, Erwin Adi Hartono, Valery Charneroy, Linus Hjelm, Sinisa Krajnovic, Branislav Basara

Structures And Cascades In Axisymmetric Turbulence [29139]Bo Qu , Wouter Bos, Aurore Naso

Hybrid Simulation Of Particles In Turbulence [28518]Yosef Meller , Alex Liberzon

Two Point Correlation Measurements In Liquid Metal Duct Flows Using Ultrasound Phased Arrays [29883]Kevin Mäder , Dirk Räbiger, Richard Nauber, Lars Büttner, Sven Eckert, Jürgen Czarske

12:00 Experimental Characterisation Of A High Reynolds Number Turbulent Boundary Layer Subjected To An Adverse Pressure Gradient [29056]Sricharan Srinath, Christophe Cuvier, Michel Stanislas, Jean-Marc Foucaut , et. al.

Characterization Of Tunable Active Grid Generated Turbulence Within A Water Tunnel Facility [29638]Ashwin Vinod, Arindam Banerjee

Instability Analysis Of A Near To Wall Impinging Under-Expanded Supersonic Jet [29542]Shahram Karami, Paul Stegeman, Vassilis Theofilis, Julio Soria

An Experimental Study Of Richtmyer-Meshkov Instability [29219]Swathi Mula, Adam Martinez ,Kathy Prestridge

Angular Dynamics Of A Small Particle In Turbulence [29569]Fabien Candelier, Einarsson Jonas, Mehlig Bernhard

The Dynamics Of Partly 3D / Partly 2D Turbulence: An Experimental Investigation In The Low-Rm MHD Framework. [28891]Nathaniel Baker, Alban Pothérat , Davoust Laurent, Francois Debray

12:15 Experimental Investigation Of Internal Shear Layers In Turbulent Pipe Flow [29075]Melika Gül, Gerrit E. Elsinga, Jerry Westerweel

Critical Points And Back Flow Events In The Skin Friction Field Of Toroidal Pipe Flows [28700]Cheng Chin, Ramis Örlü, Philipp Schlatter, Min Chong

Analysis Of The Physical Mechanisms Involved In The Transonic Global Buffet Instability [29689]Julien Dandois, Jean-Christophe Robinet, Denis Sipp, Olivier Marquet, Edoardo Paladini

Kolmogorovian Turbulence In Active Matter [29421]Mickael Bourgoin, Ronan Kervil, Cécile Cottin-Bizonne, Florence Raynal, Romain Volk, Christophe Ybert

Is Bulk Helicity Everywhere Or Nowhere? Rotating Stratified MHD Turbulence [29595]Claude Cambon, Salhi Aziz, Godeferd Fabien


THURSDAY 24 AUG 14.00-17.00 Invited talk & Session F14.00-14.45 Invited talk in F1. Michael Shats, Australian National University, Australia ”Turbulence at the liquid-air interface driven by surface waves” Chairman: Arne Johansson

Session F Session F

16.30 Young Scientist Award and closure (F1) Chairman: Deltlef Lohse

F1: Wall turbulence VIII F2: Vortex dynamics IV F3: Instability and transition VI

F4: Flow control IV F5: Thermally driven turbulence III

F6: Multiphase flows IV F7: Turbulence in superfluids

F8: Atmospheric turbulence II

Miscellaneous Wind turbines Instabilities in turbulent flows Complex geometries Drag reduction and Interfaces Miscellaneous

Chair: Rene Pecnik Chair: Ricardo Vinuesa Chair: Julio SoriaChair: Jean-Christophe Robinet Chair: Rudie Kunnen Chair: Bettina Frohnapfel Chair: Marco La Mantia Chair: Andrea Maffioli

Time Room F1 Room F3 Room D3 Room D34 Room E2 Room E3 Room E51 Room E5215:15 Fully Compressible Simulation Of

Supercritical Carbon Dioxide Close To The Vapour-Liquid Critical Point [29392]Uttiya Sengupta, Bendiks Jan Boersma, Rene Pecnik

High-Order Numerical Simulations Of Wind Turbine Wakes [29805]Elektra Kleusberg, Robert F. Mikkelsen, Philipp Schlatter, Stefan Ivanell, Dan S. Henningson

Study Of The Coherent Stuctures Of The Turbulent Taylor-Couette Flow [29820]Abdessamad Talioua, Anaud Prigent, Innocent Mutabazi

T-Mixer: A Novel System To Investigate Decaying Turbulence In A Wall-Bounded Environment [29693]Tobias Schikarski

Effect Of Thermally Inertial Particles On Flow Structures And Heat Transport In Rotating Rayleigh-Bénard Convection [28517]Kim Alards, Rudie Kunnen, Federico Toschi, Herman Clercx

Turbulence Above A Wavy Interface In Gas-Liquid Pipe Flow [29118]Petter Vollestad, Anis Ayati, Atle Jensen, Luiza Angheluta, Joseph Lacasce

Influence Of A Solid Boundary On Particle Dynamics In Thermal Counterflow of Superfluid Helium [28363]Marco La Mantia

Turbulence And Aeolian Morphodynamics In Craters On Mars: Application To Gale Crater, Landing Site Of The Curiosity Rover [29251] William Anderson, Gary Kocurek, Mackenzie Day

15:30 Energy Dissipation Caused By Boundary Layer Instability At Vanishing Viscosity [29420]Romain Nguyen van yen, Marie Farge , Kai Schneider, Matthias Waidmann, Rupert Klein

Scale-Adaptive And Large-Eddy Simulation For Wake Redirection Control In A Scaled Wind Farm Facility [28544]Jiangang Wang , Yang Liu, Filippo Campagnolo, Carlo Bottasso

Divergence Of Initially Close Realisations Of Three-Dimensional Homogeneous Isotropic Turbulence [29185]Richard Ho, Arjun Berera

The Role Of Turbulence In The Fluid-Elastic Instability Of Tube Arrays [28174]Nicholas Kevlahan, Ali Ghasemi

Investigation Of The Effects Of Inhomogeneity On Lagrangien Velocity Statistics In Turbulent Thermal Convection [28568]Olivier Liot, Amélie Gay, David Martin-Calle, Mickaël Bourgoin, Julien Salort , Francesca Chillà

A Hybrid Contravariant And Covariant Elastic Dumbbell Model For Polymer-Diluted Turbulent Flows [29605]Kiyosi Horiuti , Aoi Suzuki

Small Scale Energy Transfer Mechanisms In Zero Temperature Quantum Turbulence [28548]Jason Laurie, Sergey Nazarenko, Victor L'vov, Andrew Baggaley

Novel Approaches To Estimating Turbulent Kinetic Energy Dissipation Rate From Low And Moderate Resolution Velocity Fluctuation Time Series [28362] Gustav Abade, Marta Wacławczyk, Yong-Feng Ma, Jacek Kopeć, et. al.

15:45 Effects Of Bulk Viscosity In Compressible Couette Flow [29582]Teddy Szemberg O'Connor , Tamer Zaki, Emile Touber

Model Wind Turbine Wake Measurements At High Reynolds Number [29278]Mark Miller , Janik Kiefer, Marcus Hultmark

High-Atwood Number Effects On Buoyancy-Driven Variable Density Homogeneous Turbulence [28299]Denis Aslangil, Daniel Livescu, Arindam Banerjee

The Role Of Variable Cross-Flow Turbulence On Bent Volcanic Plumes [29847]Raul Bayoan Cal, Graham Freedland, Stephen Solovitz

TROCONVEX: An Extreme Laboratory Approach To Geostrophic Turbulence [28716]Jonathan Cheng, Rudie Kunnen

Polymer Drag Reduction Beyond Virk’S Asymptotic Limit [29685]George Choueiri, Bjorn Hof

Investigation Of Time Irreversibility In Quantum Turbulence [29012]Patrik Švančara, Marco La Mantia

Effects Of Wind Shear On The Mixing Process Of Environmental And Cloudy Air [28492] Bernhard Schulz , Juan-Pedro Mellado

16:00 On The Interactions Between Mean Shear And Natural Convection In Turbulent Mixed Convection [29789]Samir Sid, Raphael Egan, Yves Dubief, Vincent Terrapon

Scaling Forecast Models For Wind Turbulence And Wind Turbine Power Intermittency [29427]Olmo Duran Medina, Francois G Schmitt, Rudy Calif

Long-Range Memory And Inhomogeneity In Periodic Turbulence [29358]Tatsuya Yasuda, John Christos Vassilicos

Long-Term Velocity Correlations In Large-Aspect-Ratio Square Convection Cells: Direct Comparison Between Experiment And Simulation [27993]Christian Kästner, Anastasiya Kolchinskaya, Christian Resagk, Jörg Schumacher

Experimental Investigation Of Mixed Convection Effects On The Local Convective Heat Flux In Turbulent Rayleigh-Bénard Convection [29802]Lahcen Bouhlali, Ármann Gylfason

The Role Of Elasto-Inertial Turbulence On Channel Flow Drag [29827]Yves Dubief , Samir Sid, Vincent Terrapon

The Statistical Properties Of Heavy Inertial Particles In Homogeneous And Isotropic Superfluid Turbulence: Studies Based On The Three-Dimensional Hall-Vinen-Bekharevich- Khalatnikov Model [29543]Akhilesh Kumar Verma , Vishwanath Shukla, Akshay Bhtanagar Rahul Pandit

Diffusional Growth Of Cloud Droplets In A Turbulent Cumulus Cloud [28230] Wojciech Grabowski, Gustavo Abade, Hanna Pawlowska

16:15 Turbulence Radiation Interaction In Channel Flow With Various Optical Depths [29360]Simone Silvestri, Ashish Patel, Dirk Roekaerts, Rene Pecnik

Dynamics Of Coaxial Swirling Jets [29248]R. V. K. Chakravarthy, Guillaume Balarac, Olivier Metais

2-D Reduced Model For Severely Confined Rayleigh-Bénard Convection [29353]Andres Castillo-Castellanos, Anne Sergent, Maurice Rossi

Experimental Investigation Of A Turbulent Spot In Channel Flow Of A Polymer Solution [29837]Sattaya Yimprasert

Numerical Investigation Of Vortex Dynamics In A Non-Local Model Of Superfluid [28750]Reneuve Jason, Salort Julien, Chevillard Laurent

Transition From Weak Wave Turbulence Regime To Solitonic Regime [28561]Roumaissa Hassaini , Nicolas Mordant


MAPS

KTH Campus

Q RestaurantLunch

F1

F3

D3

D34

E2

Q

E3

E51 E52

FLOOR PLAN - Building F

202

246

201

B

237

His

s

236

B

216

Trap

pa B

219

203

F11

205

201

T

201

243

184

183A

182B 18

2A

186

182

238

183B

183

183C

185

185

C

185

A

185

B

Dat

a

240

239

241

208

209

211

210

207

213

206

204

214

215

217

218

221

222

224

223

225

227 22

6

228

229

230

231

233

234

235

232

236

A

242

244

245

212

KTH

-Lok

aler

009

02 1:30

0

1103

31Sp

ace

Man

ager

Pyt

hago

ras A

B

Lic

ensi

erad

till:

KTH

25 m

0

130A

131

F2

129

124B

216

*

206A

206B * 23

5 22522

422

612

6B

245

256

258

260

251

246

247

248

249

250

262

263

265

255

253

254

266

109A

234

243

223

220

221

240

264

252

244

T1

20220

1

205

128

T2

204

203C

203A

203B

137

135

136

F413

6 S

em134H

134

133

130

124C

126C12

4A12

512

6A12

6D

127

KTH

-Lok

aler

008

02 1:40

0

1103

31Sp

ace

Man

ager

Pyt

hago

ras A

B

Lic

ensi

erad

till:

KTH

25 m

0

F1

F3

Outside F1Registration deskCoffee breaksKTH ReceptionExhibition

F1 - Main auditorium

2nd floor

F1

Lindstedsvägen 3-5 Bus transfer to Stockholm City Hall Vasa Museum

Outside F1


1326

1303

1304

1334 13081306

1310

1324

1322

1318

1327

1325E

/LV3

1331

1333

13321349

1329E

33

1345

1321

1323

1328E

32

13201319

1351

1330E

34

1307

(1203)E

1

1316E

311313

1309

13121311

1317

1:1

1302

1305

1335E

35

1314

1301T

1301

1336E

361337E

2

1362

13601359

13401339

1363

13651358

1356-VV

S

1338

1341

13421343

1344

1355

13481347

1356

1357

1352

13501354

1353

1315A

1315B

1315E

/1315

2301

1323A

4336-vvs

43594360

4358

4:1

4364

4354

43554357

4353

4356

4361

4348

4351

4345

4350A

43474349

4346A4344D

334341

4340D

344337D

35

4328

4327

4329

4326

4317

4338

43364316D

/LV5

43244325

4323

4304

433543024:2

4310

430343084305

43064307

4309

4314 43114313

4312A

4315

4301T4301

3301

4363D

4363

33033304

3305A

3305

4352

4352T4343

4342

4334D

2

4312

3302

4350

4332

4331T4331

4322T

4322

4362D

31

4346D

32

4345A

4344A

4334B4334A

4333B4333A

4340A

KTH

-Lokaler003

031:500

2014-01-21Space M

anager Pythagoras AB

50 m0

D3D3

D34

E2

*

1549

1:11503

1504

15061508

1515

1513

15621561

4535

45064505

45554:1

3548

2502H

4525

4502

1538

1530

1539

45664566T

3502

1537

15401541

**

1551 1510

1501T

1501

1511

1512

3506A

1553

4541

15351534

15331532

15421543

15441545

15461547

15521554

1558

1505 1502

1509 1507

1514

1516

1517

1518

1519

1520

15291531

1528

1527

1526

1525

4520A

1521

1522

4518

4517

4516

1524

1523

4519

4520

45304529

45284527

45264521

4532

45334536

4534

45374537-vvs

45454503

45044508

45074513

4:24509

4514

4515

4512

4510

4511

4501

4501T

45234522

45384539

45404542

4546

4543

45484549

4544

4551

45504552

4554T

4554

4553

4556

4561A

45584560

4559

4561

45624563

4564

3536-VV

S

3547

3546

3536

3:23515-el

35343533

35323531

35243526

35273528

35293530

3514A

3535

35153:1

3523

3522

3521

351935163520

3518

3514

3513

3543

3550

3545

3551

3552

3553

35373538

3539

3544T3544

35403541

*35423507

3506

3504

3501T35013503

3505

3512

3511

3510

35093508 *

3508-VV

S

2517

2516

25152501

2501T

2513

2521

2522

2518

2513T

2514

25202519

2504E

53

2508

2507

25102509

25062506-V

VS

2511

2505

2503E

521568

1559

1564

15551548

1536

4531

3525

1557

1556

15501566

25022512

3526-VV

S

3549

3517

1560T

1560

*

1563E

3K

TH-Lokaler

003

051:800

110331Space M

anager Pythagoras AB

Licensierad till:KTH

80 m0

E51

E52

5th floor

3rd floor

E3

FLOOR PLAN - Building D/E

UL-

bilje

tt k

rävs

UL

tick

et r

equi

red

Fars

ta s

tran

d

Fars

ta

Hök

arän

gen

Gub

bäng

en

Tallk

roge

n

Sko

gsky

rkog

årde

n

San

dsbo

rg

Blå

sut

Skä

rmar

brin

k

Gul

lmar

spla

n Ham

mar

byhö

jden

Bjö

rkha

gen

Kär

rtor

p Bag

arm

osse

n

Stu

vsta

Hud

ding

e

Flem

ings

berg

Tulli

nge

Tum

ba

Rön

ning

e

Öst

ertä

lje

Väs

tert

orpHäg

erst

enså

sen

Tele

fonp

lan

Mid

som

mar

kran

sen

Lilje

holm

en

Aspud

den

Örnsb

erg

Axelsb

erg

Mäl

arhö

jden

Bre

däng

Sät

ra

Skä

rhol

men

Vår

berg

Vår

by g

ård

Mas

mo

Fitt

ja

Alb

y

Hal

lund

a

Alv

iks

stra

nd

Sto

ra E

ssin

gen

Grö

ndal

Hässe

lby gå

rd Joha

nnelu

ndVä

llingb

y

Kristin

eber

gTh

orild

splan

Fridh

emsp

lanS:

t Erik

splan

Rådm

ansg

atan Höt

orge

t

Vis

inge

Enst

a

Tibb

le

Eneb

yber

g

Dju

rsho

lms

Ekeb

y

Brå

valla

väge

n

Dju

rsho

lms

Ösb

y

Mör

by

Sto

cksu

nd

Uni

vers

itet

et

Dan

dery

ds s

jukh

us

Ber

gsha

mra

Uni

vers

itet

et

Tekn

iska

högs

kola

n

Sol

naS

olna

ce

ntru

m

Sun

dbyb

ergs

ce

ntru

m

Bäl

lsta

bro

Ros

ersb

erg

Henrik

sdal Si

ckla

Nacka

Salts

jö-Jä

rla

Lillä

ngen

Stor

änge

n Salts

jö-Duv

näs

Österv

ikFis

ksät

raIg

elbod

aNeg

linge

Ringv

ägen

Tatt

by Erst

avik

sbad

et

Tipp

en

Råg

svedH

ögda

len

Ban

dhag

en

Stu

reby

Trån

gsun

d

Krigsli

da

Sege

rsän

g Ösmo

Nynäs

gård

Tung

elsta

Hemfo

sa

Väste

rhan

inge

Grönd

alsvik

en

Gam

la s

tan

Joha

nnes

fred

Nor

ra U

lvsu

nda

Kar

lsbo

davä

gen

Västr

a sko

gen

Näc

kros

en

Hal

lonb

erge

n

Kis

ta Sol

na

Bus

ines

s P

ark

Huv

udst

a

Duv

bo

Ris

sne

Tens

ta

Rin

keby

Jord

bro

Globen

Valla

torg

Årsta

fälte

t

Sol

na s

tran

d

Hande

n

Hus

by

Årsta

dal

Med

borg

arpl

atse

n

Sto

ckho

lms

södr

a

Lind

e

Sko

gås

Råcks

ta Blacke

berg Is

lands

torg

et Ängby

plan

Brom

map

lan Abrah

amsb

erg

Stor

a mos

sen

Årsta

berg

Ska

nstu

ll

Rådhu

set

Soc

kenp

lan

Ensk

ede

gård

Sved

myr

a

Nybro

plan St

yrm

ansg

atan Djur

gård

sbro

n Nordis

ka m

usee

t/Va

sam

usee

t

Lilje

valch

s/Grö

na L

und

Skan

sen

Bellm

ansr

o

Djurgå

rdss

kolan

Öst

erm

alm

stor

g

Kar

lapl

an

Gär

det

Näsby

allé

Lahä

ll

Altorp

Tuna

gård

Åkers

berg

a

Åkers

Run

ö

Täljö

Rydbo

Häger

näs

Viggby

holm

Galopp

fälte

t

Täby

cent

rum

Eksk

ogen

Frös

unda

Lind

holm

en

Moln

by

Ormsta

Valle

ntun

a

Bällsta

Krags

talu

nd

Täby

kyr

kby

Östber

ga

Vend

eväg

en

Ros

lags

Näs

by

Sun

dbyb

erg

Tors

vikBag

geby

Bodal

Lars

berg

AGA

Skär

sätra

Kottla

Högbe

rga Bre

vikKäp

pala

Gåsha

ga

Söd

ertä

lje h

amn

Söd

ertä

lje s

yd

Järn

a

Möl

nbo

Nocke

by to

rgOlov

slund

Höglan

dsto

rget Ålst

ens g

ård Ålst

ensg

atan Sm

edslä

tten Klöv

ervä

gen Allé

park

en

Rot

ebro

Nor

rvik

en

Häg

gvik

Sol

lent

una

Hel

enel

und

Ulr

iksd

al

Arl

anda

C

Upp

land

s V

äsby

Kni

vsta

Sta

dion

Trek

ante

n

Mar

iator

get

Horns

tull

Zink

ensd

amm

Sto

ckho

lm

Ode

npla

n

Odenp

lan

Kal

lhäl

l

Spå

nga

Bar

karb

y

Jako

bsbe

rg

Kun

gsän

gen

Bro

Mår

tens

dal Lu

ma

Sick

la ka

j

Stad

shag

en

BÅ

LSTA

AK

ALL

A

HÄ

SS

ELB

Y S

TRA

ND

SO

LNA

S

TATI

ON

FRU

ÄN

GEN

ÄLV

SJÖ

SA

LTS

JÖB

AD

EN

SO

LSID

AN

STO

CK

HO

LM C

ITY

SK

AR

PN

ÄC

K

NO

RS

BO

RG

MÄ

RS

TAUP

PS

ALA

C

FAR

STA

STR

AN

D

STO

CK

HO

LMS

ÖST

RA

ALVIK

KU

NG

STR

ÄD

GÅ

RD

EN

SLU

SSEN

HA

GS

ÄTR

A

WA

LDEM

AR

SU

DD

E

KU

NG

STR

ÄD

GÅ

RD

EN

NO

RR

MA

LMS

TOR

G

KÅ

RS

TA

ÖS

TER

SK

ÄR

NÄ

SB

YPA

RK

ÅKESHOV

T-C

ENTR

ALE

N

MÖ

RB

Y C

ENTR

UM

RO

PST

EN

GN

ESTA

SÖ

DER

TÄLJ

E C

ENTR

UM

IGEL

BO

DA

NO

CK

EBY

NY

NÄ

SHA

MN

GÅ

SH

AG

A B

RYG

GA

SIC

KLA

UD

DE

HJU

LSTA

Stoc

khol

m ·

Spår

tra�

kka

rta

Rail

Net

wor

k M

apTu

nnel

bana

M

etro

Ann

an s

pårt

rafi k

Oth

er ra

il se

rvic

es

Flyg

plat

s

Air

port

SL C

ente

r SL

Tra

vel C

entr

e

Bilje

ttpr

iser

Fare

sFö

r pri

ser,

se s

epar

at p

ris-

info

rmat

ion

elle

r kon

takt

a pe

rson

alen

.

For f

ares

, ple

ase

see

sepa

rate

fa

re in

form

atio

n or

con

tact

th

e SL

sta

ff.

Info

rmat

ion

Info

rmat

ion

SL K

undt

jäns

t Fö

r inf

orm

atio

n om

SL:

s he

la tr

afi k

syst

em, s

e sl

.se

Tel 0

8-60

0 10

00

SL C

usto

mer

Ser

vice

sFo

r inf

orm

atio

n ab

out

SL’s

rail

netw

ork

syst

em,

plea

se v

isit

sl.s

eTe

l 08-

600

10 0

0

Pend

eltå

g C

omm

uter

rail

© AB STORSTOCKHOLMS LOKALTRAFIK2017.04.27

Blå

linj

en B

lue

Line

Röda

linj

en R

ed L

ine

Grö

na li

njen

Gre

en L

ine

Linj

e 7

Tram

Noc

keby

bana

n Tr

am

Lidi

ngöb

anan

Tra

m

Tvär

bana

n Tr

am

Salts

jöba

nan

Ligh

t rai

l

Rosl

agsb

anan

Lig

ht ra

il

Tekniska högskolan KTH

STOCKHOLM RAIL NETWORK

turbulence 16th european programh24-files.s3.amazonaws.com/214049/979650-qrptu.pdf2 | etc16 | kth...

Documents