American Physical Society | Division of Fluid Dynamics

68th Annual MeetingBoston, Massachusetts 22–24 November 2015

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Meeting Schedule-at-a-Glance

Instructions for Speakers, Session Chairs, and All Poster Presenters . . . . . . . . . . . . 14

Useful Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5• Registration Desk Hours / Coat Check Hours / Speaker Ready Room Hours / Exhibits and Gallery of Fluid Motion Hours•ChildCareGrants,TravelAwards,andCertificatesofAttendance

Sunday, 22 November08:00 – 09:57 Session A: Concurrent Sessions Convention Center & Sheraton Hotel, Session Rooms09:57 – 10:20 Refreshment Break

Résumé Help Desk OpenConvention Center, Second Level, Halls C & DConvention Center, Second Level, Hall C

10:20 – 12:25 Session B: Presentation of Awards and DFD Fellowships Followed by Otto Laporte Lecture and Corrsin Award Lecture

Convention Center, Second Level, Auditorium and Third Level, Balcony

12:25 – 13:30 Lunch (on your own) alsoFluids Education Lunch WorkshopWorkshop: All the Faces of Fluid DynamicsYoung Investigator Workshop

Sheraton Hotel, Third Floor, CommonwealthSheraton Hotel, Third Floor, GardnerSheraton Hotel, Second Floor, Republic B Ballroom

13:30 – 14:05 Session C: Invited Lectures Convention Center, Second Level, Auditorium and Third Level, Ballroom B/C

14:05 – 14:10 Mini Break14:10 – 16:20 Session D: Concurrent Sessions Convention Center & Sheraton Hotel, Session Rooms16:20 – 16:50 Refreshment Break

Résumé Help Desk OpenConvention Center, Second Level, Halls C & DConvention Center, Second Level, Hall C

16:50 – 18:08 Session E: Concurrent Sessions Convention Center & Sheraton Hotel, Session Rooms18:15 Buses Begin Loading for APS/DFD Reception Please bring your

Reception ticket and, if possible, do not bring your backpack.Boylston Street Entrance, Convention Center, Lower Level

19:00 – 22:00 APS/DFD Reception Museum of Fine Arts, BostonMonday, 23 November08:00 – 10:10 Session G: Concurrent Sessions Convention Center & Sheraton Hotel, Session Rooms10:10 – 10:35 Refreshment Break

Résumé Help Desk OpenConvention Center, Second Level, Halls C & DConvention Center, Second Level, Hall C

10:35 – 12:45 Session H: Concurrent Sessions Convention Center & Sheraton Hotel, Session Rooms12:45 – 13:55 Lunch (on your own) also

Student LunchWomen in Fluids Networking Lunch

Sheraton Hotel, Second Floor, Republic BallroomPiatinni Café, 226 Newbury Street

13:55 – 14:30 Session J: Invited Lectures Convention Center, Second Level, Auditorium and Third Level, Ballroom B/C

14:30 – 14:45 Break14:45 – 15:20 Session K: Invited Lectures Convention Center, Second Level, Auditorium and

Third Level, Ballroom B/C15:20 – 16:05 Refreshment Break

Résumé Help Desk OpenSession KP1: Technical Poster SessionSession KP2: Student Poster Competition (Winners announced.)GFM winners announced for posters and videos.

Convention Center, Second Level, Halls C & DConvention Center, Second Level, Hall CConvention Center, Second Level, Hall DConvention Center, Second Level, Hall DConvention Center, Second Level, Hall D

16:05 – 18:41 Session L: Concurrent Sessions Convention Center & Sheraton Hotel, Session Rooms18:00 – 19:30 Meet the APS Journal Editors Reception Convention Center, Third Level, Room 300 FoyerTuesday, 24 November08:00 – 10:10 Session M: Concurrent Sessions Convention Center & Sheraton Hotel, Session Rooms10:10 – 10:40 Refreshment Break

Résumé Help Desk OpenConvention Center, Second Level, Halls C & DConvention Center, Second Level, Hall C

10:40 – 11:15 Session N: Invited Lectures Convention Center, Second Level, Auditorium and Third Level, Ballroom B/C

11:15 – 11:20 Mini Break11:20 – 11:40 Session P: Invited Lecture – François N . Frenkiel Award Lecture

Session P: Invited Lecture – Andreas Acrivos Dissertation Award Lecture

Convention Center, Second Level, AuditoriumConvention Center, Third Level, Ballroom B/C

11:40 – 12:50 Lunch (on your own)12:50 – 15:26 Session R: Concurrent Sessions Convention Center & Sheraton Hotel, Session Rooms

Free WiFi is available in the Hynes Convention Center. The network is: Hynes Wireless Network. No password is required.

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68th Annual Meeting of the Division of Fluid Dynamics22 – 24 November 2015 Boston, Massachusetts

Table of ContentsWelcome .......................................................................................................................................................................... 2Local Organizing Committee ........................................................................................................................................ 2APS/DFD 2015 Officers and Committees..................................................................................................................... 3Useful Information

Registration Desk Hours ...................................................................................................................................... 5Coat Check Hours ................................................................................................................................................. 5Child Care Grants and Travel Awards ................................................................................................................. 5Certificates of Attendance ................................................................................................................................... 5Speaker Ready Room Hours ................................................................................................................................ 5Exhibits and Gallery of Fluid Motion Hours ....................................................................................................... 5Résumé Help Desk ................................................................................................................................................ 5Instructions for Speakers and Session Chairs ................................................................................................. 5Instructions for All Poster Session Set Ups ...................................................................................................... 5Reception Notes .................................................................................................................................................... 5

Other EventsDFD & APS Sponsored Events

Fluids Education Lunch Workshop ........................................................................................................... 6Workshop: All the Faces of Fluid Dynamics ............................................................................................. 6Young Investigator Workshop .................................................................................................................... 7APS/DFD Reception ..................................................................................................................................... 7Student Lunch .............................................................................................................................................. 7Women in Fluids Networking Lunch.......................................................................................................... 8Meet the APS Journal Editors Reception .................................................................................................. 8

Other Events of InterestLaVision Tomographic PIV One-Day Workshop ...................................................................................... 9Geophysical Fluid Dynamics Reception ................................................................................................... 9

Prizes, Awards, and Fellowships ................................................................................................................................ 10Invited Lectures, Minisymposia, and Focus Sessions ............................................................................................ 12Instructions for Speakers, Session Chairs, and All Poster Presenters ................................................................ 14Gallery of Fluid Motion Posters .................................................................................................................................. 16

(Note: KP1: Technical Poster Session and KP2: Student Poster Competition, see pages 79 – 89)Gallery of Fluid Motion Videos ................................................................................................................................... 18Exhibitors ...................................................................................................................................................................... 22Session Key ................................................................................................................................................................... 26Program Summary ....................................................................................................................................................... 27Note: Session updates are available in the Convention Center, Second Level, Hall C and online at https://apsdfd2015.mit.edu/program.Schedule of Papers

Sunday, 22 November ......................................................................................................................................... 37Monday, 23 November......................................................................................................................................... 61

KP1: Technical Poster Session................................................................................................................. 79KP2: Student Poster Competition ............................................................................................................ 88

Tuesday, 24 November ........................................................................................................................................ 99Index of Authors ..........................................................................................................................................................119Cover photo: Richard Cavalleri/Shutterstock

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Welcome

On behalf of the Local Organizing Committee, we wel-come you to the 68th Annual Meeting of the American Physical Society’s Division of Fluid Dynamics (DFD)! After more than six decades of successful and continu-ously growing meetings across the United States, we are very excited to host the 2015 DFD meeting in Bos-ton, Massachusetts. Welcome to New England and welcome to the historic city of Boston.

Since the first annual meeting of the DFD hosted by the Naval Ordnance Laboratory in White Oak, Maryland, this gathering has developed into one of the largest meetings in fluid dynamics worldwide. This year, our technical program includes a record of more than 3,100 contributed abstracts in 40 parallel sessions and 129 entries to the Gallery of Fluid Motion. We look forward to 140 technical posters and 30 student posters which will be judged. Best poster and video prizes will be awarded during the meeting.

In addition to the numerous contributed presentations, we look forward to this year’s awards and invited lec-tures, as well as minisymposia and focus session pre-sentations on a few selected topics in fluid dynamics. We also welcome other special programs including our Student Lunch, Young Investigator Workshop, and Fluids Education Lunch Workshop, to name a few. Finally, we hope you will enjoy the Meeting Reception on Sunday, which will be held at the world-renowned Museum of Fine Arts, Boston.

A sincere thank you goes out to all involved with the coordination of this meeting. We particularly acknowl-edge the contributions of faculty, staff, and students from the various universities involved, as well as those of Peggy Holland, Monica Malouf, and Margaret Mc-Donald of Meetings and More who provided inestimable expertise and assistance without which the organiza-tion of this meeting would not have been possible. We are also grateful to Donald Mewha from the American Physical Society for his invaluable help and patience in handling the numerous abstracts submitted to the meeting.

On behalf of our colleagues, we wish you a very pro-ductive and enjoyable meeting and a pleasant stay in Boston.

Triantaphyllos Akylas and Thomas Peacock,on behalf of the Local Organizing Committee

Local Organizing Committee

Massachusetts Institute of TechnologyTriantaphyllos R. Akylas (chair)

Thomas Peacock (co-chair) Lydia Bourouiba Cullen Buie John Bush Joern Dunkel Raffaele Ferrari Nicolas Hadjiconstantinou Anette Hosoi Ruben Juanes Roger Kamm Pierre Lermusiaux Gareth McKinley Michael Triantafyllou

Brown University Kenny Breuer Baylor Fox Kemper Jennifer Franck George Karniadakis Shreyas Mandre Brad Marston Martin Maxey Tom Powers Anubhav Tripathi Petia Vlahovska

Harvard UniversityMichael Brenner

Lakshminarayanan Mahadevan Shmuel Rubenstein Chris Rycroft

Northeastern University Nadine Aubry Carlos Hidrovo Alireza Karimi Reza H. Sheikhi

Boston University James Bird Kamil Ekinci

University of Massachusetts Amherst Yahya Modarres-Sadeghi Blair Perot

Woods Hole Oceanographic Institution Claudia Cenedese Karl Helfrich

Boston CollegeAndrzej Herczynski

Tufts UniversityJeffrey Guasto

Worcester Polytechnic InstituteSeong-kyun Im

Conference and Administrative Coordinators

Meeting LogisticsPeggy HollandMonica Malouf

Margaret McDonaldJames Day

Meetings and More

RegistrationKatie McLaughlinOrchid Solutions

Scientific ProgramDonald Mewha

American Physical Society

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APS/DFD 2015 Officers and Committees

Executive Committee

Chair: James Duncan (11/14 - 10/15)University of Maryland - College Park

Chair-Elect: Ellen Longmire (11/14 - 10/15)University of Minnesota - Minneapolis

Vice Chair: Lance Collins (11/14 - 10/15)Cornell University

Past Chair: Nadine Aubry (11/14 - 10/15)Northeastern University

Councilor: Ann Karagozian (01/15 - 12/18)University of California - Los Angeles

Secretary/Treasurer: Karen Flack (11/12 - 10/15)US Naval Academy

Member-at-Large: Jonathan Freund (11/12 - 10/15)University of Illinois - Urbana

Member-at-Large: Beverley McKeon (11/12 - 10/15)California Institute of Technology

Member-at-Large: Paul Linden (11/13 - 10/16)University of Cambridge

Member-at-Large: Robert Moser (11/13 - 10/16)University of Texas, Austin

Member-at-Large: Shelley Anna (01/15 - 12/17)Carnegie Mellon University

Member-at-Large: John Dabiri (01/15 - 12/17)Stanford University

Nominating Committee8 members, staggered 2-year terms

Said Elghobashi (12/15), ChairMichael Schultz (12/16), Vice-Chair

John Foss (12/15)Gareth McKinley (12/15)Samuel Paolucci (12/15)

Peter Schmid (12/16)Yukio Kaneda (12/16)

Alison Marsden (12/16)

Program Committee8 members, staggered 3-year terms

Ellen Longmire, ChairLance Collins, Vice-ChairJonathan Posner (12/15)Lian-Ping Wang (12/15)

Ranganathan Narayanan (12/15)Patrice Le Gal (12/17)

Petia Vlahovska (12/17)Roseanna Zia (12/17)

Fellowship Committee8 fellows, staggered 2-year terms

Lance Collins, ChairEllen Longmire, Vice-Chair

Hyung Jin Sung (12/15)P. K. Yeung (12/15)

Arne Pearlstein (12/16)Jim Wallace (12/16)

Z. Jane Wang (12/16)Serafim Kalliadasis (12/16)

External Affairs Committee8 members, staggered 3-year terms

Beverley McKeon, Chair (2016)Ken Christensen, Vice Chair (2016)

Oleg V. Vasilyev (12/15)Anne Staples (12/15)

Jun Sakakibara (12/15)Anya Jones (12/17)

Mihailo Jovanovic (12/17)Jens Fransson (12/17)

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APS/DFD 2015 Officers and Committees

Fluid Dynamics Prize Selection Committee

8 members, staggered 2-year termsMike Plesniak, Chair (12/15)

Kenny Breuer, Vice-Chair (12/16)Jimmy Feng (12/15)Ron Adrian (12/16)

Jose Wesfreid (12/15)Harindra “Joe” Fernando (12/16)

Genevieve Comte-Bellot, 2014 Award WinnerShelley Anna (12/16)

Corrsin Award Selection Committee

8 members, staggered 2-year termsPaul Neitzel, Chair (12/15)

Ugo Piomelli, Vice Chair (12/16)Demetrios Papageorgiou (12/15)

Yuriko Renardy (12/15)Steven Wereley (12/15)

Eberhard Bodenschatz, 2014 Award WinnerKate Stebe (12/16)Gary Leal (12/16)

Acrivos Award Selection Committee

7 members, staggered 2-year terms“Bala” Balachandar, Chair (12/15)

John Dabiri, Vice Chair (12/16)Arezoo Ardekani (12/15)Daniel Haworth (12/15)Pavlos Vlachos (12/15)

Eva Kanso (12/16)Ching-Long Lin (12/16)

Frenkiel Award Selection Committee

7 members, staggered 2-year termsSutanu Sarkar, Chair (12/15)

Emmanuel Villermaux, Vice Chair (12/16)Peyman Givi (12/15)

Arne Johansson (12/15)Rama Govindarajan (12/16)

Jonathan Freund (12/16)Subhas Venayagamoorthy, 2014 Award Winner

Committee on Media & Science Relations

6 members, staggered 2-year termsBud Homsy, Chair (12/15)

Phil Marcus, Vice Chair (12/16)Tadd Truscott (12/16)Nicole Sharp (12/16)

Andrew Belmonte (12/16)Sandip Ghosal (12/16)

Committee on Educational & Career Outreach

6 members, staggered 2-year termsHao Lin (12/15)

Carlos Hidrovo (12/16)Frank G. Jacobitz (12/15)

Carolyn Ren (12/15)Reza Sheikhi (12/15)Shuhuai Yao (12/16)

Division Website Development OfficerJeff Eldredge

Gallery of Fluid Motion Coordinator

Ken Kiger

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Useful Information

Events will be held at the Hynes Convention Center or the Sheraton Hotel as noted under the event description.

Registration Desk HoursConvention Center, Second Level, Hall C LobbySaturday, 21 November 13:00 – 20:00Sunday, 22 November 07:00 – 17:00Monday, 23 November 07:30 – 17:00Tuesday, 24 November 07:30 – 15:30

Coat Check HoursConvention Center, Plaza Level, LobbySunday, 22 November 07:00 – 19:30Monday, 23 November 07:30 – 20:00Tuesday, 24 November 07:30 – 16:00

Child Care Grants and Travel AwardsIf you are a recipient of a Child Care Grant or Travel Award, please go to the APS/DFD Conference Man-agement Desk located at Registration any time after Noon on Sunday, 22 November.

Certificates of AttendanceIf you would like a Certificate of Attendance, please go to the APS/DFD Conference Management Desk located at Registration any time after Noon on Sunday, 22 November.

Speaker Ready Room HoursConvention Center, Third Level, Rooms 301 and 303Saturday, 21 November 13:00 – 20:00Sunday, 22 November 07:00 – 18:15Monday, 23 November 07:00 – 18:15Tuesday, 24 November 07:00 – 14:00

Exhibits and Gallery of Fluid Motion HoursConvention Center, Second Level, Exhibit Hall C and DSunday, 22 November 07:00 – 17:00Monday, 23 November 07:30 – 17:00Tuesday, 24 November 07:30 – 11:00

Exhibit Hall C showcases products from industry and government sponsors. Exhibit Hall D houses the GFM, Technical, and Student Competition poster displays, and the GFM videos.

Please look at the Gallery of Fluid Motion and Video Listings found on pages 16–21 and the Technical Post-er and Student Poster listings found on pages 79 – 89.

Résumé Help DeskSunday – Tuesday (during Refreshment Breaks)Convention Center, Second Level, Hall COrganized by the Committee on Educational and Career Outreach. Point of Contact: Carolyn Ren (c3ren@uwaterloo.ca)

Are you ready to apply for faculty, postdoc and research positions? Members of the DFD experienced in hiring would like to help you out by taking a look at your C.V. and a sample cover letter or research/teaching state-ments. We can give you tips about most effectively presenting yourself in today’s extremely competitive job market. How will you stand out from hundreds of other applicants? Make sure your résumé isn’t what’s holding you back! The table will be staffed during the refresh-ment breaks, and there will be a sign-up sheet at the desk for appointment times.

Instructions for Speakers and Session ChairsSee page 14.

Instructions for All Poster Session Set UpsGallery of Fluid Motion Posters; KP1: Technical Poster Session; and KP2: Student Poster Competition. See page 15.

Reception Notes1. Please make sure you have your Reception ticket with you. Tickets will be collected at the Museum.2. Please get your checked items before the Reception Sunday night. The Convention Center Coat Check will NOT be open after the Reception.3. It will be easier for you if you do not bring your backpack to the Reception, where you will either have to carry it all evening or possibly face lines at Coat Check at the Museum. However, please do not be late for the buses by going back to your hotel to drop it off after the last session ends at 18:08.

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Other Events

These events required registration in advance unless otherwise indicated. To check for remaining openings, please go to the Conference Management Desk at Registration. Events are FREE unless stated otherwise.

DFD & APS SPONSORED EVENTS

Sunday, 22 November 2015

Fluids Education Lunch WorkshopDay/Date/Time: Sunday, 22 November, 12:25 – 13:30Location: Sheraton Hotel, Third Floor, CommonwealthContact: Carlos Hidrovo, Northeastern University (hidrovo@neu.edu)This workshop will provide an opportunity for fluids educators to discuss topics of mutual interest. Participants will havethe chance to both share their successful techniques and learn from others during small group discussion at their tables.We will harvest “Best of the Table” highlights at the end of the workshop so that everyone in attendance comes away with something they can implement immediately in the classroom. A complimentary lunch will be provided.

Program Overview• Prof. Brian Storey, Olin College of Engineering, “Introduction and overview of current trends in science and engi-

neering pedagogy.”• Small group discussion at each table:

1) How much engagement is enough? We have a range in the community from traditional lecture to fully flipped classrooms – where on the spectrum are you? Where would you like to be?

2) What’s the right balance between rigorous material coverage, development of general analytical skills, and stu-dent driven self-learning?

3) What in-class active learning activities have you used? Share some of your favorites with your group, and gen-erate a list to share with the larger group.

4) A lot of undergraduates find their first fluids class a challenging one – how can we overcome their initial fear to-wards fluids?

5) Are there any online fluids education resources that you find particularly helpful? Share some of your favorites with your group, and generate a list to share with the larger group.

6) Any other discussion topic your group prefers.• Small group reports; end of workshop.

Workshop: All the Faces of Fluid DynamicsSponsored by: DFD Committee on Media and Science RelationsDay/Date/Time: Sunday, 22 November, 12:25 – 13:30Location: Sheraton Hotel, Third Floor, GardnerContact: David Hu, Georgia Tech (hu@me.gatech.edu)Four junior faculty from diverse backgrounds will talk about their personal experiences as scientists in an increasingly diverse community. Speakers will include MIT mechanical engineer Cullen Buie, Penn mechanical engineer Paulo Arratia, and UC Davis mathematician Becca Thomases. The event will be emceed by Georgia Tech biomechanic David Hu, a representative from the DFD press relations committee. We will have 30 minutes of informal talks, 30 minutes of question and answer period, and 30 minutes of mingling. The audience will learn about how to recognize stereotypes and unconscious bias in their everyday lives, and how to react to them. This workshop will help to give under-represented members of APS, especially students, a safe place where their voice can be heard. Lunch will be served for the first 50 attendees.

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Other Events

Young Investigator WorkshopSponsored by: Boston University Mechanical Engineering Day/Date/Time: Sunday, 22 November, 12:25 – 13:30Location: Sheraton Hotel, Second Floor, Republic B BallroomContact: James Bird, Boston University (jbird@bu.edu)Program directors from NSF, AFOSR and ONR, will lead a discussion on their agencies’ programs for early career researchers. A boxed lunch will be served. Participants interested in attending the Workshop must be registered for the DFD meeting and be eligible for at least one of the awards. Eligibility requirements and additional information on the CAREER Program and the Young Investigator Programs can be found at http://tinyurl.com/NSF-CAREER, http://tinyurl.com/AFOSR-YIP, and http://tinyurl.com/ONR-YIP.

APS/DFD ReceptionDay/Date/Time: Sunday, 22 November, 19:00 – 22:00Location: Museum of Fine Arts (MFA), Boston, 465 Huntington AvenueBoston’s Museum of Fine Arts is the outstanding location for this year’s reception. MFA is one of the top art museums in the world with a collection that encompasses nearly 450,000 objects representing all periods and cultures. During the reception, you will be able to walk through the Museum, looking at the artwork and enjoying this magnificent building while it is open only to APS/DFD. The reception is included in the registration fee for those who register as APS Members, Nonmembers, Graduate Students, and Retired Members. Additional tickets may be purchased for $120 each.

Complimentary transportation to and from the reception will be provided between the Hynes Convention Center and the Museum of Fine Arts, Boston. Buses begin departing at 18:15 from the Boylston St. entrance at the Convention Center on the Lower Level. It is approximately a 15 minute walk to the Museum.

Reception Notes1. Please make sure you have your Reception ticket with you. Tickets will be collected at the Museum.2. Please get your checked items before the Reception Sunday night. The Convention Center Coat Check will NOT be open after the Reception.3. It will be easier for you if you do not bring your backpack to the Reception, where you will either have to carry it all evening or possibly face lines at Coat Check at the Museum. However, please do not be late for the buses by going back to your hotel to drop it off after the last session ends at 18:08.

Monday, 23 November 2015

Student LunchSponsored by: The Woods Hole Oceanographic Institution Day/Date/Time: Monday, 23 November, 12:45 – 13:55Location: Sheraton Hotel, Second Floor, Republic BallroomContact: Karl Helfrich, Woods Hole Oceanographic Institution (khelfrich@whoi.edu) 1. Shelly Anna, Mechanical Engineering, Chemical Engineering, Carnegie Mellon University.

Microfluidics, transport and mechanics of fluid interfaces, and emulsions & foams. 2. Bob Behringer, Department of Physics, Duke University.

Granular materials flow easily under many circumstances, but just as easily they 'freeze' or 'jam'. Important ques-tions include: what are the nature of the flows near jamming, and what controls changes between granular fluids and solids?

3. Phil Marcus, Mechanical Engineering, University of California, Berkeley. Prof. Marcus uses CFD to analyze astrophysical and planetary flows and recently re-purposed our CFD algo-rithms to create a new 3D morphing technology that allows us to carry out optimal vehicle design (and CGI and animation in the movies).

4. George Lauder, Museum of Comparative Zoology, Harvard University. Biofluid dynamics and biorobotics of aquatic locomotion.

Student Lunch (continued on next page)

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Other Events

Student Lunch (continued) 5. Fotis Sotiropoulos, Department of Civil Engineering, University of Minnesota.

Simulation-based engineering science for tackling fluid mechanics challenges in renewable energy and environ-mental applications.

6. Harry Swinney, Department of Physics, University of Texas. Tips on writing papers" Every scientist wants his or her paper to be read, yet most scientific papers attract few readers. The tips discussed here are based on observations of how scientists select papers to read and how they decide whether or not to continue reading.

7. Keith Julien, Department of Applied Mathematics, University of Colorado at Boulder. Dr. Julien has extensive experience in the modeling and computation of dynamics and instabilities processes for geophysical and astrophysical flows. Examples include protoplanetary disks, stably and unstably stratified flows (such as penetrative convection, rotating and magneto- convection), turbulent shear flows, and boundary effects in turbulent convection.

8. Alison Marsden, Mechanical and Aerospace Engineering, University of California, San Diego. Prof. Marsden’s research focuses on cardiovascular blood flow simulations, patient specific modeling, as well as numerical methods for multiscale modeling, optimization, and uncertainty quantification applied to pediatric and adult cardiovascular disease.

9. Ann Karagozian, Department of Mechanical and Aerospace Engineering, UCLA. Prof. Ann Karagozian’s research interests lie in the control of instabilities in non-reactive and chemically reactive flows, with applications to aircraft and rocket propulsion systems.

10. Tom Mullin, School of Physics and Astronomy, University of Manchester. Experimental investigations of hydrodynamic instabilities and transition to turbulence and experimental studies of the motion of particles in low Reynolds number flows.

11. Eckart Meiburg, Department of Mechanical Engineering, University of California at Santa Barbara. Academic careers in CFD: Opportunities and challenges.

12. Ken Melville, Scripps Institution of Oceanography, University of California, San Diego. From rarefied gas dynamics to physical oceanography and air-sea interaction: the flexibility of a career in fluid dy-namics.

13. Parviz Moin, Department of Mechanical Engineering, Stanford University. High fidelity computation of turbulent flows, computational and computer science. Algorithms for prediction and engineering analysis of multi-physics turbulent flows: combustion, two-phase flows, aero-acoustics.

14. Christophe Clanet, Institut de Recherche sur les Phénomènes Hors Equilibre (IRPHE), Universités d'Aix- Marseille. Sports physics.

Women in Fluids Networking LunchSupported by: APS Committee on the Status of Women in PhysicsDay/Date/Time: Monday, 23 November, 12:45 – 13:55Location: Piattini Cafe, 226 Newbury StreetContact: Leah Mendelson (leahm@mit.edu)Join us for this family-style networking lunch for female students, postdoctoral researchers, and faculty. For late registration, please email Leah Mendelson (leahm@mit.edu). Space is limited. Registration and payment of $20 are required in advance.

Meet the APS Journal Editors Reception(Registration is NOT required for this event.)Day/Date/Time: Monday, 23 November, 18:00 – 19:30Location: Convention Center, Third Level, Room 300 FoyerThe Editors of the APS journals invite you to join them in conversation and refreshments. The Editors will be available to answer questions, hear your ideas, and share concerns about the journals. All are welcome.

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Other Events

OTHER EVENTS OF INTEREST

Saturday, 21 November

LaVision Tomographic PIV One-Day WorkshopDay/Date/Time: Saturday, 21 November 2015, 09:00 – 16:00Location: Sheraton Hotel, Third Floor, CommonwealthContact: Callum Gray, PhD, 734-485-0913 (callum@lavisioninc.com)To register go to http://lavisiontomopiv.eventbrite.com

The one-day workshop will cover the base principles of tomographic PIV along with many of the practical consider-ations in its implementation. Imaging theory that relates measurement volume to working distance and aperture will be examined along with methods used to determine optimum seeding density and how that relates to final spatial ve-locity resolution. Volume self-calibration and various reconstruction algorithms will be presented. 3D cross-correla-tion, velocity extraction and data post-processing will be covered. A brief overview of several newly developed pro-cessing techniques will be discussed, as well as practical considerations and best practices gleaned from a range of application areas. Finally, a range of measurement cases will be shown.

Complimentary breakfast and lunch will be provided. If you have an interest in tomographic PIV and would like to par-ticipate please send an email to info@lavisioninc.com.

A door prize drawing for an iPad will be made in the afternoon for those registered to attend.

Monday, 23 November

Geophysical Fluid Dynamics (GFD) ReceptionSupported and Organized by the Woods Hole Oceanographic Institution Day/Date/Time: Monday, 23 November, 19:00 – 20:30Location: Sheraton Hotel, Second Floor, Republic BallroomAn open reception for alumni and friends of the Geophysical Fluid Dynamics (GFD) Program.

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Prizes, Awards, and Fellowships

Sunday, 22 November

Welcome, Presentation of Awards and DFD FellowshipsSession B1.00001: 10:20Convention Center, Second Level, Auditorium andThird Level, Balcony Chair: James Duncan, University of Maryland

Otto Laporte LectureSession B1.00002: 10:55Convention Center, Second Level, Auditorium andThird Level, Balcony Chair: Mike Plesniak, George Washington University

2015 Fluid Dynamics Prize Recipient:Morteza Gharib, California Institute of TechnologyIn Light of Fluid Mechanics

Morteza Gharib, California Institute of Technology, is the recipient of the 2015 Fluid Dynamics Prize, which recognizes major contributions to fundamental fluid dynamics made during a career of outstanding work. The citation reads: “In recognition of his seminal con-tributions to measurement techniques in experimental fluid mechanics, elucidation of governing physical principles in flow-structure interactions and vortex dynamics, and creative application of these concepts to a variety of important problems in biological fluid dynamics and beyond.”

The Fluid Dynamics Prize was established in 1979 with support from the Office of Naval Research. In 2004, the Otto Laporte Award was combined with the Fluid Dynamics Prize so that the Division of Fluid Dynamics would have a single major prize – the Fluid Dynamics Prize. The prize is now supported by the Division of Fluid Dynamics, Friends of Otto Laporte, and the American Institute of Physics journal, Physics of Fluids.

In 2004, the DFD Executive Committee decided unani-mously to call the lecture given by the Fluid Dynamics Prize recipient, the Otto Laporte Lecture. The rationale for this decision was to continue to honor the memory of one of the DFD’s founding members, as was intend-ed by those who originally funded the lectureship in his name. Also, this decision honors the many distin-guished colleagues who were the Otto Laporte Lecturers in earlier years of the division, and the Otto Laporte Awardees after the lecture was made an APS Award in 1985.

Stanley Corrsin Award LectureSession B1.00003: 11:40Convention Center, Second Level, Auditorium andThird Level, Balcony Chair: Paul Neitzel, Georgia Institute of Technology

2015 Stanley Corrsin Award Recipient:Michael Graham, University of Wisconsin-MadisonCollide and Conquer: Flow-Induced Segregation in Blood and Other Multicomponent Suspensions

Michael Graham, University of Wisconsin-Madison, is the fifth recipient of the Stanley Corrsin Award which “recognizes and encourages a particularly influential contribution to fundamental fluid dynamics.” The citation reads: “For novel research that provided fresh perspectives and laid the groundwork for the nonlinear dynamics of complex and multiphase fluids, including the interaction between polymer dynamics and turbu-lence, and the microhydrodynamics of complex and biological fluids.”

The Stanley Corrsin Award is supported by an endow-ment fund contributed by the Division of Fluid Dynamics and held by the APS.

Tuesday, 24 November

François N. Frenkiel Award LectureSession P1: 11:20Convention Center, Second Level, AuditoriumChair: Sutanu Sarkar, University of California, San Diego

2015 François N. Frenkiel Award Recipients:Diego Lopez, LMFA, INSA de LyonEric Lauga, University of CambridgeFor their paper: Dynamics of Swimming Bacteria at Complex Interfaces. Physics of Fluids Volume 26, 071902 (2014)

Andreas Acrivos Dissertation Award LectureSession P34: 11:20Convention Center, Third Level, Ballroom B/CChair: Sivaramakrishnan Balachandar, University of Florida

2015 Andreas Acrivos Dissertation Award Recipient:Sujit Datta, California Institute of TechnologyGetting Out of a Tight Spot: Physics of Flow Through Porous Materials

11

Prizes, Awards, and Fellowships

2015 Fellows: Division of Fluid Dynamics

Stuart Dalziel, University of CambridgeFor important contributions to experimental techniques and experimental understanding of stratified and rotat-ing fluids, and for influential directorship of the Batch-elor Laboratory and mentoring of young scientists.

Anne De Wit, Université Libre de BruxellesFor pioneering contributions to our understanding of the coupling between chemical reaction, hydrodynamics, and pattern formation driven by coupled reacting- hydrodynamic systems.

Jerzy Floryan, University of Western OntarioFor seminal illumination of the critical influence of surface topography and heating on surface drag; and the onset of shear-, centrifugal-, buoyancy-, and parametric-resonance driven instabilities; and their characterization.

Guowei He, Chinese Academy of SciencesFor fundamental contributions to understanding space-time correlations in turbulent flows and development of time-accurate models for large-eddy simulation, and for leadership in fluid dynamics research in China.

Jeffrey Koseff, Stanford UniversityFor pioneering contributions in understanding lid- driven cavity flow and transport phenomena in coupled physical-biological systems, and seminal contributions to the theory of stratified turbulence and internal wave breaking.

Satish Kumar, University of MinnesotaFor fundamental contributions to interfacial and non-Newtonian fluid mechanics and for exemplary leader-ship in the engineering science of liquid-applied coating and printing processes.

Viswanathan Kumaran, Indian Institute of ScienceFor studies of transition to turbulence in flows past soft surfaces at moderate Reynolds numbers, including asymptotic and numerical analyses, and experimental characterization of instabilities, turbulence, and ultrafast mixing.

George Lauder, Harvard UniversityFor fundamental contributions to understanding of aquatic propulsion in fishes through experimental hy-drodynamics.

Omar Matar, Imperial College LondonFor important contributions to interfacial fluid dynamics in the presence of surfactants, nanoparticles, and electric fields, using theory and computation, and with applications in industrial and daily life settings.

Igor Mezic, University of California, Santa BarbaraFor fundamental contributions to the theory of three-dimensional chaotic advection, measures and control of mixing, and development of a spectral operator theory approach to decomposition of complex fluid flows.

Joseph Niemela, International Center for Theoretical Physics, TriesteFor significant contributions to high-precision heat transport measurements at very high Rayleigh numbers in cryogenic Rayleigh-Bénard convection, and pioneer-ing applications of low-temperature techniques to studies of instabilities and turbulence.

Leonid Pismen, TechnionFor pioneering and ingenious contributions to funda-mental fluid dynamics, particularly interfacial flows, dynamics of moving contact lines, and the analysis of instabilities and pattern formation in diverse systems.

Troy Shinbrot, Rutgers UniversityFor creative and thought-provoking work on chaos, fluid mixing, and granular flows.

Todd Squires, University of California, Santa BarbaraFor advancing the quantitative and qualitative under-standing of fundamental processes in microfluidics and nonlinear electrokinetics, colloidal hydrodynamics, and active and nonlinear microrheology of bulk materials and complex fluid interfaces.

Federico Toschi, Eindhoven University of TechnologyFor lasting contributions to direct numerical simulations of complex flows and turbulence, and to the under-standing of fully developed turbulence and turbulent two-phase flow.

Xiaohua Wu, Royal Military College of CanadaFor pioneering direct numerical simulations of pipe and boundary layer flows, from a laminar state, through transition, to a fully-developed turbulent state; and for generating striking and insightful visualizations.

12

Invited Lectures, Minisymposia, and Focus Sessions

Invited LecturesThe 2015 annual meeting will feature the following eight invited lectures, each pair presented in two parallel ses-sions. Each invited lecture will be thirty minutes long, followed by five minutes for questions.

Sunday, 22 November

Invited Session C113:30, Convention Center, Second Level, AuditoriumChair: Andrzej Herczynski, Boston College

Keith Moffatt, DAMTP, University of CambridgeSoap Film Dynamics and Topological Jumps Under Continuous Deformation

Invited Session C3413:30, Convention Center, Third Level, Ballroom B/CChair: Anette Hosoi, Massachusetts Institute of Technology

George Lauder, Harvard UniversityFish Locomotion: Insights from Both Simple and Complex Mechanical Models

Monday, 23 November

Invited Session J113:55, Convention Center, Second Level, AuditoriumChair: Kenny Breuer, Brown University

Petia Vlahovska, Brown UniversityMicrohydrodynamics of Deformable Particles: Surprising Responses of Drops and Vesicles to Uniform Electric Field or Shear Flow

Invited Session J3413:55, Convention Center, Third Level, Ballroom B/CChair: Colm-cille P. Caulfield, Cambridge University

Richard Kerswell, Bristol UniversityUsing Optimisation to Identify the “Best” Way to Trigger Flow Transition

Invited Session K114:45, Convention Center, Second Level, AuditoriumChair: Gareth McKinley, Massachusetts Institute of Technology

Jacco Snoeijer, University of Twente and Eindhoven University of TechnologyFlow Near Singular Elastic Interfaces: Lubrication, Wetting and Cusps

Invited Session K3414:45, Convention Center, Third Level, Ballroom B/CChair: Martin Maxey, Brown University

Sivaramakrishnan Balachandar, University of FloridaInstability and Turbulence of Propagating Particulate Flows

Tuesday, 24 November

Invited Session N110:40, Convention Center, Second Level, AuditoriumChair: Patrice Le Gal, CNRS

Michael Le Bars, IRPHE, CNRS and Aix-Marseille University, FranceFlows Driven by Libration, Precession and Tides in Planetary Cores

Invited Session N3410:40, Convention Center, Third Level, Ballroom B/CChair: John Kim, University of California, Los Angeles

Thomas Bewley, UCSD Flow Control & Coordinated Robotics LabsNew Methods for State Estimation and Adaptive Obser-vation of Environmental Flow Systems Leveraging Co-ordinated Swarms of Sensor Vehicles

13

Invited Lectures, Minisymposia, and Focus Sessions

MinisymposiaThe 2015 annual meeting will feature the following mini-symposia. Some minisymposium presentations are 13 minutes and others are 26 minutes long.

Monday, 23 November

Session G3708:00-10:10Sheraton Hotel, Second Floor, Back Bay Ballroom A

Minisymposium: Hydraulic FracturingChair: Sungyon Lee, TAMU

Session L3716:05 – 18:41Sheraton Hotel, Second Floor, Back Bay Ballroom A

Minisymposium: Cavitation in Soft TissueChair: E. Johnsen, University of Michigan

Session L4116:05 – 18:41Sheraton Hotel, Second Floor, Constitution Ballroom A

Russell Donnelly MinisymposiumChair: K.R. Sreenivasan, New York University

Tuesday, 24 November

Session R4112:50 – 15:26Sheraton Hotel, Second Floor, Constitution Ballroom A

Minisymposium on Turbulence in Honor of John L. LumleyChair: Nadine Aubry, Northeastern University

Focus SessionsThis year’s program includes four Focus Sessions on two topics. Unlike Minisymposia, they consist of presentations of normal length, only some of which are solicited by the organizers.

Sunday, 22 November

Focus Session: Session D3714:10 – 16:20Sheraton Hotel, Second Floor, Back Bay Ballroom A

Electro-Hydro-Dynamics of Drops, Vesicles and Membranes IChair: David Saintillan, University of California - San Diego

Focus Session: Session E3716:50 – 18:08Sheraton Hotel, Second Floor, Back Bay Ballroom A

Electro-Hydro-Dynamics of Drops, Vesicles and Membranes IIChair: David Saintillan, University of California - San Diego

Tuesday, 24 November

Focus Session: Session M4008:00 – 10:10Sheraton Hotel, Second Floor, Back Bay Ballroom D

Reconfiguration IChair: Frederick Gosselin, Ecole Polytechnique de Montreal

Focus Session: Session R4012:50 – 15:13Sheraton Hotel, Second Floor, Back Bay Ballroom D

Reconfiguration IIChair: Mitul Luhar, University of Southern California

14

Instructions for Speakers, Session Chairs, and All Poster Presenters

1. Speakers should arrive at least 10 minutes prior to the start of the session and introduce themselves to the Session Chair.

2. A monitor in each room will be used to time the sessions. This timing will be strictly enforced by the Session Chair.

3. Contributed papers are limited to 10 minutes with 2 additional minutes for discussion. This is followed by 1 minute for transition to the next paper and introduction of the next speaker. During the talk, the monitor will indicate at 8 minutes that the speaker has to finish in 2 minutes. At 10 minutes, it will indicate that the speaker’s presentation time is over. At 12 minutes, it will indicate that transition to the next speaker must occur.

4. In many but not all cases this year, a minisymposium talk is 26 minutes long, including questions and transition. Please check the schedule to see if yours is a 13 or 26 minute session. The 26 minute minisymposium talks will consist of 20–22 minutes for the presentation with 3–5 minutes for discussion and 1 minute for transition. However, note that the time monitor in the room will keep the regular 13 minute schedule.

5. The Otto Laporte and Stanley Corrsin Lectures are 40 minutes with 5 additional minutes for discussion (total 45 minutes). Invited lectures are 30 minutes long with an additional 5 minutes for discussion (total 35 minutes). The Andreas Acrivos Dissertation Award Lecture and François Frenkiel Award Lectures are 17 minutes with 3 additional minutes for discussion (total 20 minutes).

6. Each presentation room is equipped with an LCD projector, screen, lavalier microphone, and pointer. Speakers must provide their own laptop computer. Macintosh users should provide their own adaptor to connect their laptop to the projector. Speakers are responsible for procurement and cost of renting any additional AV equipment. Also note that the APS is not responsible for the security of any personal computers.

7. There is very little time to recover from an AV malfunction, should one occur. Please check for the following common reasons for malfunctions before your presentation:

• Meeting room projectors will have 1024 by 768 resolution. Please set your laptop resolutions to 1024 by 768 or lower. Your images will not display properly if your laptop resolution is higher than the projector’s.

• Set the power profile, monitor profile, and screensaver on your laptop to turn off the sleep/hibernate mode. Your laptop will usually revert to its default resolution if it goes into sleep/hibernate mode.

• Animations and equations in PowerPoint are not necessarily compatible across different versions. If you load your presentation on to a different computer, please check that it displays correctly.

• Show up ten minutes before the session starts, and ask the student volunteer in the room to connect your laptop to the six-way switch; do not do so by yourself.

• Macintosh users should bring their own adaptor to connect their laptop to the projector.• Two Speaker Ready Rooms staffed by technicians are provided for your use. Please test your

presen tations and confirm your laptop settings in the Speaker Ready Room prior to your talk.

Please Note: Speaker Ready Rooms are located in the Convention Center, Third Level, Rooms 301 and 303.

15

Instructions for Speakers, Session Chairs, and All Poster Presenters (continued)

Additional Instructions for Session Chairs:1. Please arrive in the presentation room at least 10 minutes prior to the session start time. Just before the session

begins, briefly introduce yourself and explain the timing system to the audience.

2. Start the session on time. Announce the first abstract and author when the monitor timing system signals the beginning of the talk.

3. Strictly adhere to the timing signals. The purpose of these timing signals is to allow attendees to move from one session to another and to be able to rely on the exact time of each presentation as listed in the program. Speakers must be asked to stop when their allotted time is up.

4. Please check the Session Updates (found in the Convention Center, Second Level, Hall C or at https://apsdfd2015.mit.edu/program) and program agenda for your session. If a presentation has been withdrawn or should a speaker fail to appear, allow the preceding discussion to continue, or suspend the session until it is time for the next sched-uled abstract. You may allow a speaker who misses his scheduled time to speak at the end of the session if time allows.

5. All meeting rooms will have a student volunteer to assist you with running the session.

Instructions for Presenters of Gallery of Fluid Motion Posters, Technical Poster Session, and Student Poster CompetitionSet-up:Please note there are different locations depending on your poster category. Double check that you are putting your poster in the right location. There will be a central information and supply table in Exhibit Hall D.

Boards will be in place and numbered by 13:00 on Saturday, 21 November. Entries may be put up between 13:00 and 20:00 on Saturday evening, 21 November, or between 07:00 and 09:00 on Sunday, 22 November.

• Refer to the poster listing for poster number.

• A poster is to be mounted in the numbered space that has been reserved for it and may not extend into the adjacent space.

• You will have a little less than one-half of an 8-foot long x 4-foot high poster board for each entry, i.e., 45″ x 45″, available for mounting.

• Velcro and pushpins will be provided. Presenters must bring any other supplies needed to mount their posters.

Presentation:Poster authors must be by their board for the Technical Poster Session and Student Poster Competition on Monday, 23 November from 15:20 – 16:05.

Dismantling:Presenters must dismantle their posters by noon on Tuesday, 24 November. After that they will be discarded.

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Gallery of Fluid Motion

Gallery of Fluid Motion HoursSunday, 22 November 07:00 – 17:00Monday, 23 November 07:30 – 17:00Tuesday, 24 November 07:30 – 11:00Convention Center, Second Level, Hall DThe 33rd Annual Gallery of Fluid Motion consists of computational and experimental still images (posters) and videos submitted by attendees. A panel selects outstanding entries based on artistic value, scientific content, and originality. The winning entries will be displayed at the Annual APS Meeting in March 2016.

The award-winning entries will be announced at 15:20 on Monday, 23 November, by the Gallery of Fluid Motion Video display on the Second Level, Exhibit Hall D.

Posters and videos are assigned a number at the time of submission. A skip in the sequential numbering indicates that a poster or video has been withdrawn. Please note that the posters and videos can also be viewed online at gfm.aps.org.

PostersP0001. Star shaped drops

S. M. Hasheminasab, Amirkabir University of Technology; Saman Lak, M. Amin Tajik, National Organization for Development of Exceptional Talents

P0002. Losing the internal compass: asthmatic cilia Janna Nawroth, Remi Villenave, Harvard

University

P0003. Vorticity separations as viscous flow past a wedge Ling Xu, University of Michigan

P0004. Cohesive structures in the rapidly rotating tilted f-plane Derek Driggs, University of Colorado-Boulder

P0005. Interface instability of two-phase ferrofluid flows in rectangular microchannels Feng Bai, Cheng Wang, Missouri University of Science and Technology

P0006. Ignition and propagation of premixed methane flame by successive laser-induced breakdowns Lydia Wermer, Seong-kyun Im, Worcester Polytechnic Institute; Moon Soo Bak, Sungkyunwan University

P0007. A graphical representation of the spectral proper orthogonal decomposition Moritz Sieber, Kilian Oberleithner, C. Oliver Paschereit, Hermann-Föttinger-Institut, Technische Universität Berlin; Alexander Kuhn, Hans-Christian Hege, Zuse Institute Berlin

P0008. Drop floating on a granular raft Etienne Jambon-Puillet, Suzie Protiere, Institut Jean Le Rond d’Alembert, Sorbonne Universites

P0009. Interaction of water with hydrophobic and hydrophilic surfaces Graham Scott, Ian Kowalok, Michaela Helble, Scott Lehman, Brenden Epps, Dartmouth College

P0010. Dye flow through a paper microfluidic chip Amaris De La Rosa-Moreno, Gautham Prakash, Brenden Epps, Dartmouth College

P0011. Hairpin-packed “turbulent spots” deep inside the fully-turbulent flat-plate boundary layer Xiaohua Wu, Royal Military College of Canada; James Wallace, University of Maryland; Parviz Moin, Stanford University

P0012. Hairpin forest in the upper region of the fully-turbulent flat-plate boundary layer Xiaohua Wu, Royal Military College of Canada; Parviz Moin, Stanford University; James Wallace, University of Maryland

P0013. Dynamics of water droplet at the nanoscale Qi Liu, National University of Singapore; Fong Yew Leong, A*STAR Institute of High Performance Computing; Zainul Aabdin, Utkarsh Anand, National University of Singapore; Tran Si Bui Quang, A*STAR Institute of High Performance Computing; Utkur Mirsaidov, National University of Singapore

P0014. Wind, water, and pollen - chaotic mixing in a puddle of water Kaare H. Jensen, Technical University of Denmark

P0015. Wave fields of walking droplets Mads Rode, Jacob Madsen, Anders Andersen, Technical University of Denmark

17

Gallery of Fluid Motion

P0016. Dynamics of freely-falling thin disks Shashank Khurana, Cunbiao Lee, Peking University

P0017. Convectons Zammert Stefan, Eckhardt Bruno, Philipps-Universität Marburg

P0018. Q criterion isosurface visualizations of a zero-pressure-gradient turbulent boundary layer Bryan Kaiser, Massachusetts Institute of Technology; Svetlana Poroseva, University of New Mexico

P0019. Drop fragmentation by laser-induced cavitation Silvestre Roberto Gonzalez-Avila, Claus-Dieter Ohl, Nanyang Technological University

P0020. Pinecones: spatial flow modulation by patterned surface properties Morgane Grivel, David Jeon, Morteza Gharib, California Institute of Technology

P0021. Immaculate collision Mark Stock, Independent artist

P0022. Spherical Rayleigh-Taylor instabilities Mark Stock, Independent artist

P0023. Wake structures in a flowing soap film: solid cylinder vs. arrays of cylinders Samantha Parry, Oscar Curet, Florida Atlantic University

P0024. Morphodynamics of a granular bed in a water-filled oscillating cylinder Thijs van Gorp, Matias Duran-Matute, GertJan van Heijst, Eindhoven University of Technology

P0025. Resuspension of a granular bed by thermal convection Eric Herbert, CNRS/Université Paris Diderot; Alban Sauret, CNRS/Saint-Gobain; Cyprien Morize, CNRS/Paris-Sud University

P0026. Suppressing the storm: rain drops on superheated superhydrophobic surfaces Cristian Clavijo, Braquel Burnett, Julie Crockett, Daniel Maynes, Brigham Young University

P0027. Moon jellyfish Grace McLaughlin, Laura Miller, UNC Chapel Hill

P0028. Shock wave-droplet interaction Hamed Habibi Khoshmehr, Rouslan Krechetnikov, University of Alberta

P0029. Three-dimensional velocimetry in the wake of an undulatory swimmer Francisco Huera-Huarte, Universitat Rovira i Virgili; Veronica Raspa, Benjamin Thiria, Ramiro Godoy-Diana, Université Paris Diderot

P0030. Planar velocimetry in the wake of a cross-flow turbine Miguel Somoano, Francisco Huera-Huarte, Universitat Rovira i Virgili

P0031. The motion of a vortex ring across a density interface Roberto Zenit, Universidad Nacional Autónoma de Mexico; John O. Dabiri, Stanford University

P0032. How to make a splash: droplet impact and liquid film applications in aerodynamics Radu Cimpeanu, Demetrios Papageorgiou, Marina Kravtsova, Anatoly Ruban, Imperial College London

P0033. Erosion of a granular bed by an oscillating foil Alban Sauret, SVI (CNRS & Saint-Gobain); Cyprien Morize, Philippe Gondret, FAST (CNRS & Paris-Sud University)

P0034. The evolving morphology of negatively-buoyant vortex rings

Jeff X. Wu, Gary R. Hunt, University of CambridgeP0035. Travelling waves in viscosity-stratified

microflows Xiaoyi Hu, Thomas Cubaud, Stony Brook University

P0036. Bio-inspired active and passive kinematics of a flapping foil Junyoung Kim, Junshin Park, Suengpyo Hong, Donghyun You, Pohang University of Science and Technology

P0037. Rooted in the grounds Jesse Belden, Naval Undersea Warfare Center; Nick Russell, Randy Hurd, Tadd Truscott, Utah State University

P0038. Modern art entanglement: comment s’emmêler les pinceaux Baptiste Texier, University of Liege; Zhao Pan, Brigham Young University; Benjamin Lovett, Utah State University; Martin Brandenbourger, University of Liege; Saberul Sharker, Utah State University; Laurent Maquet, Tristan Gilet, University of Liege; Bruno Le Boulengé, arqontanporin; Jesse Belden, Naval Undersea Warfare Center; Stéphane Dorbolo, University of Liege; Tadd Truscott, Utah State University; Naresh Sampara, University of Liege

18

Gallery of Fluid Motion

P0039. Flow visualization at large scales: the flow around a 2kW VAWT Ian Brownstein, Stanford; Roberto Zenit, University of Mexico; John Dabiri, Stanford

P0040. The microfluidic network of a plant leaf Hanna Rademaker, Kaare H. Jensen, Technical University of Denmark; Helle J. Martens, Alexander Schulz, University of Copenhagen; Tomas Bohr, Technical University of Denmark

P0041. Confined growth and deformation Gabriel Juarez, Roman Stocker, ETH Zurich

P0042. Impact of raindrops on oil slicks Raina Mittal, James Madison High School; Kristen Halper, Thomas Jefferson High School for Science and Technology; Rajat Mittal, Johns Hopkins University

P0043. A virtual tour of turbulence Javier Jimenez, Miguel P. Encinar, Alberto Vela-Martin, Adrian Lozano-Duran, Technical University of Madrid

P0044. Particle deposition on an interface: trapping vs sinking Emilie Dressaire, NYU Polytechnic School of Engineering; Alban Sauret, CNRS/Saint-Gobain

P0045. Exotic wakes of an oscillating cylinder in a flowing soap film Wenchao Yang, Mark Stremler, Virginia Polytechnic Institute and State University

P0046. Freely falling solid and annular disks Shashank Khurana, Cunbiao Lee, Peking University

P0047. Flow stabilization by crystals Mahmoud I. Hussein, Sedat Birigen, Osama R.

Bilal, Alec Kucala, University of Colorado Boulder

P0048. An emerging string of fluid pearls Seong Jin Kim, Virginia Tech; Minsu Jang, Soong Ho Um, Sungkyunkwan University; Sunghwan Jung, Virginia Tech

P0049. The distant interaction of a drop with a liquid sheet Baptiste Neel, Emmanuel Villermaux, Aix-Marseille University

P0050. Variable density vortex ring dynamics in sharply stratified ambient fluids Roberto Camassa, UNC Joint Fluids Lab; David Holz, Leap Motion; Richard McLaughlin, UNC Joint Fluids Lab; Keith Mertens, Leap Motion; Pierre-Yves Passaggia, UNC Joint Fluids Lab; Claudio Viotti, Miravex

P0051. Erosion patterns on dissolving solids Caroline Cohen, Julien Derr, Michael Berhanu, Sylvain Courrech du Pont, Université Paris Diderot

P0052. Foam fracturing Ching-Yao Lai, Samuel Smiddy, Howard A. Stone, Princeton University

VideosV0001: Ultrafast particle expulsion from fluid

interfaces Vincent Poulichet, Christiana Udoh, Valeria Garbin, Imperial College London

V0003. Aerodynamics of the long jump of a spider cricket Rajat Mittal, Emily Palmer, Johns Hopkins University; Nicolas Deshler, Washington International School; Rajat Mittal, Johns Hopkins University

V0004. High speed Schlieren photography on a free flying hawkmoth Yun Liu, Stephen VanKooten, Xinyan Deng, Purdue University

V0005. Rotor blade tip vortices Michea Giuni, Richard Green, University of Glasgow, Scotland UK; Daniele Zagaglia, Politecnico di Milano, Italy

V0006. An integrated simulation of a wing-body combination for a hovering Drosophila Mehmet Sahin, Ezgi Dilek, Belkis Erzincanli, Istanbul Technical University

V0007. Fire suppression with yield-stress fluids Brendan Blackwell, Athrey Nadhan, Alex Wu, Randy Ewoldt, University of Illinois at Urbana-Champaign

V0008. The in-silico lab-on-a-chip: Catching a needle in a flowing haystack Christian Conti, Diego Rossinelli, Dmitry Alexeev, Panagiotis Hadjidoukas, Petros Koumoutsakos, ETH Zurich; Kirill Lykov, USI

V0009. Zorbubbles (producing flow regimes in air-water flow) Hassan Shaban, Stavros Tavoularis, University of Ottawa

V0011. Genesis & evolution of barchan dunes Ali Khosronejad, Dionysios Angelidis, David Porter, Xiaolei Yang, Fotis Sotiropoulos, University of Minnesota

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Gallery of Fluid Motion

V0012. Large-eddy simulation of wind turbine wakes with yaw effects Luis Martinez, Mike Howland, Charles Meneveau, Johns Hopkins University

V0013. The tightrope dancer bubbles Alexis Duchesne, Charles Dubois, Université de Liège

V0015. Lagrangian coherent structures in the flow field of a fluidic oscillator Moritz Sieber, Florian Ostermann, Kilian Oberleithner, C. Oliver Paschereit, Hermann-Föttinger-Institut, Technische Universitat Berlin; Rene Woszidlo, The Boeing Company

V0016. Simulation of a two-layer double-gyre flow in an ocean basin Bryan Kaiser, Massachusetts Institute of Technology - WHOI

V0017. A day in the life of a fluid dynamicist Shanon Reckinger, Scott Reckinger, Mark Owkes, Montana State University; Yenny Rua, Fairfield University

V0018. Self-propelled droplet removal from hydro-phobic fiber-based coalescers Kungang Zhang, Chuan-Hua Chen, Fangjie Liu, Adam Williams, Xiaopeng Qu, Duke University; James Feng, University of British Columbia

V0019. LES of helical vortex core and flame interaction in turbulent premixed swirl-stabilized combustion Soufien Taamallah, Ahmed F. Ghoniem, Massachusetts Institute of Technology

V0020. Baroclinic instability in the presence of forced convection Jörn Callies, Massachusetts Institute of Technology

V0021. Generation and propagation of arterial murmurs Jung Hee Seo, Hani Bakhshaee, Chi Zhu, Rajat Mittal, Johns Hopkins University

V0023. Formation of blood clots in the human heart Jung Hee Seo, Thura Abd, Richard T. Georgey, Rajat Mittal, Johns Hopkins University

V0024. Numerical simulation of 3d gravity current moving down a uniform slope Reuben Chiew, Nan Yi, Quan Wen, Chong Shen Ng, Shuang Jie Zhu, Andrew Seng, Hock Ooi, University of Melbourne, Australia; Sivaramakrishnan Balachandar, Nadim Zgheib, University of Florida

V0025. Leidenfrost impacts on hot liquid baths Laurent Maquet, Baptiste Darbois-Texier, Stéphane Dorbolo, GRASP, Université de Liége

V0026. Straight from the heart: Complex flowfields through prosthetic valves Marco D. de Tullio, Politecnico di Bari

V0027. Shock wave propagation: Cavitation of dodecane in a converging-diverging nozzle Michael Waldrop, Flint Thomas, University of Notre Dame

V0028. Bubble-induced turbulence study in shear/homogeneous turbulent flow using DNS with interface tracking methods Igor A Bolotnov, Jinyong Feng, North Carolina State University

V0029. Instabilities and fragmentation of drops in 3D Silvestre Roberto Gonzalez-Avila, Julien Rapet, Claus-Dieter Ohl, Nanyang Technological University; Pjotr Kerssens, University of Twente

V0031. 2D flow in suspended fluid films Reza Shirsavar, Tayebe Saghaei, University of Zanjan; Mohammad Shirsavar, Shahid Beheshti

HS; Mansoure Moeni Rizi, ASU; Ahmad Amjadi, M. R. Ejtehadi, Sharif University of Technology

V0032. Behavior of interfacial waves in water-lubricated flow of highly viscous Newtonian and non-Newtonian fluids as core-annular flow

Sumit Tripathi, IITB-Monash Research Academy; Amitabh Bhattacharya, Ramesh Singh, IIT

Bombay; Rico F. Tabor, Monash University

V0033. Water entry of a sphere: splash, cavity and jet Gong Zhaoxin, Yongliu Fang, Hua Liu, Shahghai Jiao, Tong University

V0034. Visualization of vortical structures in a turbulent pipe flow at Re = 3008 Junsun Ahn, Jim Sung, KAIST; Gyuhyun Hwang, Sehoon Lee, Min Ah Kim, KISTI

V0037. Vortex ring, fragmentation and impact Saeid Mollaei, Mahdi Asghari, University of Zanjan

V0038. Nonsteady wind turbine loading response to passage of daytime atmospheric turbulence eddies Sven Schmitz, Sarah Aguasvivas, Adam Lavely, Ganesh Vijayakumar, James Brasseur, The Pennsylvania State University; Earl Duque, Intelligent Light

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Gallery of Fluid Motion

V0039. Manipulation of dynamic liquid bridges by patterned surface properties Morgane Grivel, David Jeon, Morteza Gharib, California Institute of Technology

V0040. Placing Marangoni instabilities under arrest M. Saad Bhamla, Gerald G. Fuller, Stanford University

V0044. Interaction of Taylor lengthscale size droplets and isotropic turbulence Michael Dodd, Mishaal Aleem, Antonino Ferrante, University of Washington

V0046. Successive fragmentation of droplets in sparkling firework Chihiro Inoue, The University of Tokyo

V0047. The swimming of Antarctica ‘sea-butterflies’ Jun Zhang, Courant Institute, NYU; Deepak

Adhikari, Jeannette Yen, Georgia Institute of Technology

V0050. Spreading of a droplet by a soap film Mehran Erfani Fam, Reza Shirsavar, Mahsa Sabouhi, University of Zanjan; Howard A. Stone, Princeton University

V0051. Primary breakup of planar coflowing gas and liquid sheets Yue Ling, Daniel Fuster, Stephane Zaleski, University of Paris 6; Gretar Tryggvason, University of Notre Dame; Ruben Scardovelli, Universita di Bologna, Italy

V0052. Can a droplet hop on a rigid surface? Thomas Schutzius, Stefan Jung, Gustav Graeber, Tanmoy Maitra, Dimos Poulikakos, ETH-Zurich

V0053. Blowing bubbles forever Laurent Courbin, Louis Salkin, Alexandre Schmit, Pascal Panizza, Institut de Physique de Rennes

V0054. Bursting of free radially expanding liquid sheets of dilute emulsions Christian Ligoure, Laurence Ramos, Clara Vernay, Laboratoire Charles Coulomb UMR & University of Montpellier

V0055. Forced relaminarisation in a pipe Jakob Kuhnen, Philipp Maier, Björn Hof, IST Austria

V0056. A computational laboratory for the study of transitional and turbulent boundary layers Jin Lee, Tamer Zaki, Johns Hopkins University

V0057. Simulations of fully resolved turbulent bubbly flows in various geometries Jun Fang, Igor Bolotnov, North Carolina State University; Michel Rasquin, University of Colorado at Boulder

V0058. Evolution of injected air stream in granular bed Prasanta Das, Ritwik Maiti, Gargi Das, IIT Kharagpur

V0059. Color coding vortices to understand flapping wing propulsion Thomas Mitchel, Sophie Ramananarivo, Leif Ristroph, Courant Institute, NYU

V0062. The molten glass sewing machine Pierre-Thomas Brun, Michael Stern, Chikara Inamura, Daniel Lizardo, Markus Kayser, John Klein, Neri Oxman, Massachusetts Institute of Technology; Giorgia Franchin, University of Padova

V0064. Shedding light on pilot-wave phenomena Pierre-Thomas Brun, Dan Harris, Victor Prost, Julio Quintela, John W. M. Bush, Massa chu setts Institute of Technology

V0066. Painting with flying viscous catenaries: Pollock’s recipe Roberto Zenit, Bernardo Palacios, Sandra Zetina, Roberto Zenit, Universidad Nacional Autonoma de Mexico; Tom Learner, Getty Conservation Institute

V0067. Dancing jets Dominic Henry, Jamal Uddin, University of Birmingham; Jeremy Marston, Texas Tech University; Mohammad Mansoor, Sigurdur Thoroddsen, King Abdullah University of Science and Technology

V0069. Bacterial floc mediated rapid streamer formation in creeping flows Mahtab Hassanpourfard, Zahra Nikakhtari, Thomas Thundat, Aloke Kumar, University of Alberta; Ranajay Ghosh, Northeastern University; Siddhartha Das, University of Maryland

V0070. Balloon explosion dynamics Kareem Ahmed, John Royero, Jaysen Mulligan, Kareem Ahmed, University of Central Florida

V0072. Fogged up films Tadd Truscott, Zhao Pan, Brigham Young University; Randy Hurd, Andrew Merritty, Nathan Speirs, Utah State University

V0074. New modes in liquid-liquid dispersion Jose Lopez-Herrera, A. Said Mohamed, M. A. Herrada, A. Gañan-Calvo, Universidad de Sevilla

V0075. Wrinkling of a viscous impacting drop Er Qiang Li, Sigurdur Thoroddsen, KAUST; Daniel Beilharz, Ecole Polytechnique

21

Gallery of Fluid Motion

V0076. Liquid crowns by water hammer Akihito Kiyama, Yoshiyuki Tagawa, Tokyo University of Agriculture and Technology

V0077. Rotating Rayleigh-Taylor turbulence Guido Boffetta, University of Torino; Andrea Mazzino, University of Genova; Stefano Musacchio, University of Nice

V0078. Turbulent flow around a wing profile, a direct numerical simulation Philipp Schlatter, Mohammad Hosseini, Ricardo Vinuesa, Ardeshir Hanifi, Dan Henningson, Philipp Schlatter, KTH - Stockholm

V0079. Structure and dynamics of a deflagrated flame evolution Jessica Chambers, Michelle Otero, Kareem Ahmed, Joseph McGarry, University of Central Florida

V0080. Drop impact on flexible fiber Emilie Dressaire, NYU Polytechnic School of Engineering; Alban Sauret, SVI (CNRS/Saint-Gobain); Francois Boulogne, Howard Stone, Princeton University

V0082. Marangoni flow during convective particle assembly James Gilchrist, Kedar Joshi, Caitlyn Tzou, Michael Stever, Pisist Kumnorkaew, James Gilchrist, Lehigh University

V0083. Gas jet impact on a ventilated cavity Michael Krane, Zachary Yoas, Michael Kinzel, Michael Money, Penn State; Ivan Kirschner, Applied Physical Sciences Corp.

V0085. Numerical simulation of a round jet in crossflow of a spatially developing turbulent boundary layer triggered by realistic sandpaper roughness Jesse Capecelatro, Daniel Bodony, Jonathan Freund, University of Illinois Urbana-Champaign

V0087. The merger of a bubble and a soap film Giuseppe Pucci, Daniel M. Harris, Victor Prost, Julio Quintela Casal, John W. M. Bush, Massachusetts Institute of Technology

V0088. Turning on a dime: Asymmetric vortex forma- tion in hummingbird maneuvering flight

Yan Ren, Haibo Dong, University of Virginia; Xinyan Deng, Purdue University; Bret Tobalske, University of Montana

V0089. Fin flexion and flow modulation in Manta’s forward swimming Geng Liu, Yan Ren, Chengyu Li, Haibo Dong, Hilary Bart-Smith, University of Virginia; Frank Fish, West Chester University

V0090. Rotary fragmentation of viscoelastic liquids Bavand Keshavarz, Gareth McKinley, Massachusetts Institute of Technology

V0092. Movement of broad leaves Laura Miller, University of North Carolina; Alexander Hoover, Tulane University

V0096. Laser ignition of a hydrogen jet in crossflow Ryan Fontaine, Nick Glumac, Gregory Elliott, University of Illinois

V0098. Quadrotor flow field visualization Zach Barbeau, Jordan Feight, Geoff Kibble, Jamey Jacob, Oklahoma State University

V0099. Dynamics of avian perching maneuvers Jamey Jacob, Jonathan Mitchell, Dillon Nelson, Oklahoma State University; Ryan Reynolds, Sandia National Laboratories

V0101. Spreading bubbles Hélène de Maleprade, Christophe Clanet, David Quere, Ecole Polytecnhnique - ESPCI

V0102. Photochromic flow visualization in silicone oil Stephen Johnston, Devesh Ranjan, Georgia

Institute of Technology; Katepalli R. Sreenivasan, Enrico Fonda, New York University

V0104. Evolution and breakdown of an elliptic vortex ring Deepak Adhikari, Georgia Institute of Technology; T.T. Lim, National University of Singapore

V0105. Marangoni instabilities on rising drop interface Makrand Khanwale, Hrushikesh Khadamkar, Channamallikarjun Mathpati, Institute of Chemical Technology, Mumbai

V0106. Strangely stable sphere stacking Piyush Singh, Jason Lee, Jonathan Freund, Randy Ewoldt, University of Illinois at Urbana-Champaign

V0107. Numerical simulation of hemorrhage in human injury Kwitae Chong, Chenfanfu Jiang, Anand Santhanam, Demetri Terzopoulos, Peyman Benharash, Joseph Teran, Jeff D. Eldredge, UCLA

22

Exhibitors

Exhibit HoursSunday, 22 November 07:00 – 17:00 Monday, 23 November 07:30 – 17:00Tuesday, 24 November 07:30 – 11:00Convention Center, Second Level, Hall C

AIP Publishing1305 Walt Whitman Road, Suite 300Melville, NY 11747Tel: 516-576-2279Web: journals.aip.org

Physics of Fluids is published by AIP Publishing LLC with the cooperation of The American Physical Society Division of Fluid Dynamics. Editors are John Kim (Uni-versity of California, Los Angeles) and L. Gary Leal (University of California, Santa Barbara). The journal is devoted to the publication of original theoretical, com-putational, and experimental contributions to the dy-namics of gases, liquids, and complex or multiphase fluids. Editorial content reflects the richness and breadth of the field of Fluid Dynamics in areas that in-clude: Compressible Flows, Instability and Transition, Interfacial Flows, Viscous and Non-Newtonian Flows, Biofluid, Mechanics, Laminar, Turbulent, and Geophysi-cal flows, Micro- and Nanofluid Mechanics, Particulate, Multiphase, and Granular Flows. Journals metrics re-leased by Thomson Reuters* show Physics of Fluids (PoF) to be a highly cited journal tracked in both Fluids & Plasmas Physics and Mechanics with 23,746 cita-tions in 2014.*Journal Citation Reports® (Thomson Reuters, 2015)

American Physical Society1 Physics EllipseCollege Park, MD 20740Tel: 301-209-3243Web: journals.aps.org

Founded in 1899, the American Physical Society (APS) is a non-profit membership organization working to ad-vance and diffuse the knowledge of physics. APS pub-lishes the world’s most widely read physics research and review journals: Physical Review Fluids, Physical Review Letters, Physical Review X, Reviews of Modern Physics, Physical Review Applied, Physical Review A-E, Physical Review Special Topics, and Physics. Please stop by the APS booth to learn more about the prestigious Physical Review collection, and learn more about Physical Review Fluids, our newest journal, dedicated to publishing innovative research that will significantly advance the fundamental understanding of fluids.

Cambridge University Press32 Avenue of the AmericasNew York, NY 10013Tel: 212-924-3900Web: www.cambridge.org/us/academicEmail: jmurphy@cambridge.org

Cambridge’s publishing in books and journals combines state-of-the-art content with the highest standards of scholarship, writing and production. Visit our stand to browse new titles, available at a 20% discount, and to pick up sample issues of our journals. Visit our website to see everything we do: www.cambridge.org/us/ academic.

Comsol, Inc.1 New England Executive ParkBurlington, MA 01803Tel: 781-273-3322Web: www.comsol.com

COMSOL Multiphysics is a software environment for thesimulation of any physics-based system. A particular strength is its ability to account for multiphysics phe-nomena. Optional modules add discipline-specific tools for mechanical, fluid, electromagnetics, and chemical simulations, as well as CAD interoperability. Within the field of CFD, COMSOL’s provide tools for simulating devices and systems that involve sophisticated fluid flow models. It is equipped with powerful simulation capabilities to model compressible, nonisothermal, non-Newtonian, two-phase, and porous media flows – all within the laminar and turbulent flow regimes.

Dantec Dynamics Inc.750 Blue Point RoadHoltsville, NY 11742Tel: 631-654-1290Web: www.dantecdynamics.comEmail: usa@dantecdynamics.com

Dantec Dynamics is a leading developer and supplier of measurement systems for fluid mechanics, solid me-chanics, microfluidics, particle/spray, and combustion analysis. Our systems are used in gases, liquids and material testing. Specifically, we measure velocity, par-ticle size, concentration, temperature, combustion spe-cies, strain/stress and vibration. Dantec Dynamics has thousands of systems in operation at government re-search labs, leading universities, and industries around the world. Our more than 60 years of continuous ser-vice to the research community along with feedback from our customers, has enabled us to focus on innova-tions and improvements to our products to meet current and future needs.

23

Exhibitors

IFS - Interactive Flow Studies4730 Wyoming AvenueBillings, MT 59106Tel: 612-810-2727Web: www.interactiveflows.comEmail: sales@interactiveflows.com

Our Mission is to develop innovative systems for teach-ing and basic research in Hemodynamics, Fluid Me-chanics, Heat Transfer and Design at schools world-wide by utilizing state of the art technology that enables deeper learning through hands on experimentation. Our inspiration and innovation comes from our total commit-ment and belief in our mission. Setup or Upgrade your laboratory with our customizable state of the art instru-ments. FLOWCOACH, HEMOFLOW, THERMOFLOW, ePIV, MiniPIV Systems and FLOWEX™ Software are designed to enable students acquire 21st century knowledge and skills. Several interchangeable model inserts come with all the systems and the models can also be made by students as an integrated part of the DESIGN-BUILD-TEST-ANALYZE educational process. They all have attributes of research grade instruments and provide exceptional opportunity for students to also participate in research. More information can be found at www.interactiveflows.com

IOP PublishingTemple Circus, Temple WayBristol, UK BS1 6HGTel: +441179297481Web: ioppublishing.orgEmail: info@ioppubusa.com

IOP Publishing provides a range of journals, maga-zines, books, websites and services that enable re-searchers and research organizations to reach the wid-est possible audience for their research. We combine the culture of a learned society with global reach and highly efficient and effective publishing systems and processes. In the field of fluid dynamics we are pleased to publish the journal Fluid Dynamics Research in part-nership with the Japan Society of Fluid Mechanics.

Kanomax Japan, Inc.2-1 ShimizuSuita City, Osaka 565-0805, JapanTel: +81-6-6877-8679Web: www.kanomax-usa.comEmail: fluids@kanomax.co.jp

Kanomax has been, based on our reliable technology and 80 years of accumulated knowledge and know-how, providing the best measurement solutions in its products and services that adapt precision measure-ment technology, and has contributed to technological

innovation and quality improvement in the fields of Fluid Research Measurement. Kanomax commercialized a fiber-optic LDV system in 1985 before the rest of the world. Now our proprietary Laser Doppler Velocimeter and Hot-Wire Anemometer are widely used at educa-tional and industrial research institutions. We have also developed Bubble Master, two-phase flow measure-ment system, in collaboration with a university, which enables measurements of void rate, bubble size and bubble velocity. Kanomax is proud of its unsurpassed reputation for innovative technologies, product quality and service in both industrial and academic fields.

KRÜSS USA1020 Crews Road, Suite KMatthews, NC 28105Tel: 704-847-8933Web: www.krussusa.com

As the world’s leading supplier of measuring instru-ments in the field of surface and interfacial chemistry, KRÜSS not only provides high quality product solutions but also offers a combination of technology and scien-tific advice. These include seminars, a comprehensive technical service, our Customer Support Lab and our Surface Science Center for professional measurement services. We have convinced many well-known compa-nies and institutes with our know-how, precision and passion. With our tensiometers, instruments for contact angle measurement as well as foam analysis instru-ments, we provide support to the research and develop-ment laboratories and quality control centers of count-less industries.

LaVision Inc.211 W. Michigan Avenue, Suite 100Ypsilanti, MI 48197Tel: 734-485-0913Web: www.lavision.comE-Mail: info@lavisioninc.com

LaVision Inc. provides integrated imaging systems to scientific, industrial and educational markets. LaVision has extensive experience in optical techniques such as 2-D, stereo, and tomographic particle image velocim-etry, gaseous and liquid laser induced fluorescence, shadowgraphy for multi-phase flows, digital image cor-relation for deformation/strain, high-speed and ultra-high-speed imaging, and intensified camera systems.

24

Exhibitors

Litron Lasers Ltd.8 Consul RoadRugby, Warwickshire, UK CV21 1PBTel: +44-0-1788-574444Web: www.litronlasers.comEmail: sales@litron.co.uk

Litron Lasers is the world’s leading manufacturer of PIV lasers. Litron’s product range covers all your PIV laser needs from compact, rugged pulsed Nd:YAG systems with 15Hz to 100Hz repetition rates through to high en-ergy modular systems up to 1.5J per pulse at 15Hz and 100mJ at 200Hz at 532nm. Our dedicated range of Di-ode Pumped Nd:YLF (527nm) PIV twin head lasers in-clude an industry leading 30mJ per pulse, 1kHz model for time resolved studies giving true 24 hour operation for demanding applications. Litron will be displaying two new PIV models for 2015. The Plasma 75 PIV diode pumped Nd:YAG laser producing 75mJ of 532nm up to 150Hz and 60mJ at 200Hz. The LD75-G PIV intracavity doubled Nd:YAG laser giving 75W (150W total output) at 532nm at 10kHz and repetition rates available up to 50kHz. Visit the Litron Lasers stand and learn more.

MONTFORT Laser GmbHIm Holderlob 6AGoetzis, Austria 6840Tel: +43-660-5191260Web: www.montfortlaser.com

MONTFORT Laser presents an extremely compact andlight-weight dual-head PIV Nd:YAG laser source at APS/DFD 2015 for weight and space-constrained appli ca-tions. MONTFORT specializes in particularly compact nanosecond Nd:YAG lasers for applications including LIBS, PIV, LIDT, etc., based on their patent pending direct diode-pumping approach with high robustness.

MSE Inc.123 W. Bellevue Drive, Suite 1Pasadena, CA 91105Tel: 626-577-0566Web: www.MeasurementSci.comEmail: Info@measurementsci.com

MSE, Inc. manufactures miniature laser sensors for fluid, surface, and particle velocity measurements. We specialize in custom sensors built to each user’s techni-cal specifications. Our products include the miniLDV; the most compact LDV in the industry for measuring the speed & direction of fluid flow and surfaces, the micro-Pro sensor; a micro profilometer that provides near wall velocity profiles and shear stress measurement, the microV; the smallest time-of-flight velocity sensor, and

the miniPCS;a Mie-scattering particle sizer and counter with built-in acquisition. In addition, we offer the flowLab table-top water tunnel for demonstrating classical fluid flows visualization and measurement. Our products are in use in academic, research, and industrial facilities. Please visit our newly updated and easy to navigate website at www.MeasurementSci.com and follow us on our social media platforms including Facebook, Google+, LinkedIn, and Twitter (Twitter handle: @MSEminiLDV). Sign up for our newsletter and stay tuned for the launch of our blog.

Photron9520 Padgett Street, Suite 110San Diego, CA 92126Tel: 858-684-3555 & 800-585-2129Web: www.photron.comEmail: image@photron.com

Photron high-speed cameras are favored for Particle Image Velocimetry (PIV) due to their short inter-frame times down to the nanosecond range (without bright pixels being repeated in subsequent frames), light sen-sitivity, ease of use and integration with lasers and pe-ripherals, and proven reliability – Photron is still the only high-speed camera company to provide a standard two warranty. Cameras range from multiple miniature cam-era heads, mega pixel resolution to 21,000 frames per second (fps) with ISO 25,000 light sensitivity, to a com-pact four mega-pixel system providing 1,000 frames per second (fps) at full resolution from 10µm square 12-bit CMOS sensor.

Pointwise, Inc.213 S. Jennings AvenueFort Worth, TX 76104Tel: 817-377-2807Web: www.pointwise.comEmail: sales@pointwise.com

Pointwise is solving the top problem facing engineering analysts today: mesh generation for computational fluid dynamics (CFD). Pointwise’s meshing software gener-ates structured, unstructured, and hybrid meshes; inter-faces with ANSYS FLUENT, STAR-CD, SU2 and Open-FOAM as well as many neutral formats such as CGNS; runs on Windows (Intel and AMD), Linux (Intel and AMD), and Mac; and has a scripting language that can automate CFD meshing. Our software is known for its high quality grids and ease of use and for the expert technical support provided with it. More information is available on Pointwise’s web site, pointwise.com.

25

Exhibitors

Quantel Laser601 Haggerty LaneBozeman, MT 59715Tel: 406-586-0131Web: www.quantel-laser.comEmail: sales@quantelusa.com

Quantel, founded in 1970, is a global leader in the de-sign and manufacture of high-power, solid-state lasers. With design centers in Paris and the USA (Bozeman, MT), Quantel lasers are used in applications ranging from PIV to combustion research; spectroscopy to atom cooling. Uniquely, Quantel offers customers very flex-ible scientific lasers with user configurable wavelengths and performance parameters as well as “designed for purpose” ruggedized lasers for industrial applications.

SIAM - Society for Industrial and Applied Mathematics3600 Market Street, 6th FloorPhiladelphia, PA 19104Tel: 215 382-9800Web: www.siam.orgEmail: service@siam.org

The Society for Industrial and Applied Mathematics (SIAM) is an international community of over 14,000 individual members. More than 500 academic, manu-facturing, research and development, service and con-sulting organizations, government, and military organi-zations worldwide are institutional members. SIAM fos-ters the development of applied mathematical and com-putational methodologies needed in these various ap-plication areas. Applied mathematics in partnership with computational science is essential in solving many real-world problems. Through publications, research, and community, the mission of SIAM is to build coop-eration between mathematics and the worlds of science and technology.

Taylor and Francis2 & 4 Park Square, Milton ParkAbingdon, Oxon, UK, OX14 4RNTel: 0207-017-4318Web: www.tandfonline.com

Taylor & Francis boasts a growing, wide-ranging and high c