Basilisk/Gerris Users' Meeting 2017

    Sponsors

    Princeton Environmental Institute MAE Princeton PRISM Princeton d’Alembert UPMC CNRS

    Summary

    The meeting was held at Princeton University, United States on the 15-16th November 2017.

    The format was similar to earlier Basilisk/Gerris meetings held in Paris, France in 2011, Wellington, New Zealand in 2012 and Sevilla, Spain in 2014. Participants were encouraged to share their work using Basilisk or Gerris for applications in fluid mechanics, environmental science, engineering etc… Students were especially welcome to participate in this informal and friendly gathering.

    Conference location

    The conference took place in Maeder Hall within the Andlinger Center for Energy and Environment, within the Engineering school and Princeton’s campus.

    Program

    Wednesday 15th November
    8:00
    Breakfast (outside Maeder Hall)

    8:30 Welcome. Luc Deike, Stephane Popinet and Shahriar Afkhami
    9:00 Shahriar Afkhami, New Jersey Institute of Technology, United States
    A decade of research with Gerris
    9:30 Zhen Jian, International Center for Applied Mechanics (ICAM), Xi’an Jiaotong University (XJTU), China
    Dynamics of the central entrapped bubble during drop impact
    10:00 Hua Tan, Washington State University Vancouver, United States
    Gerris: a powerful modeling tool for capillary flows
    10:30
    Coffee break (outside Maeder Hall)

    11:00 Palas Kumar Farsoiya, Indian Institute of Technology, Bombay, India
    Axisymmetric viscous interfacial waves
    11:30 Marie-Jean Thoraval, International Center for Applied Mechanics (ICAM), Xi’an Jiaotong University (XJTU), China
    Impact of a drop containing a bubble
    12:00 A. Castillo Castellanos, A. Sergent and M. Rossi, ∂’Alembert, UPMC & CNRS, Paris, France
    Some aspects of Rayleigh-Benard dynamics studied using Basilisk
    12:30
    Lunch break (free time, locations will be suggested)

    14:00 Luc Deike, Princeton University, United States
    Waves and wave breaking with Gerris
    14:30 Antoon van Hooft, TU Delft, The Netherlands
    Studying Atmospheric Boundary Layer Processes Using Basilisk
    15:00 Yue (Stanley) Ling, Baylor University, United States
    DNS of an Atomizing Biodiesel Jet with Basilisk
    15:30
    Coffee break (outside Maeder Hall)

    16:00 Hans Heimel, Inst. for appl. devel. in micro sys. eng., Univ. Freiburg & Festo AG&Co.KG, Esslingen, Germany
    From research to industry, Gerris for microfluidic multiphase application development
    16:30 Ivana Seric, New Jersey Institute of Technology, United States
    Variable surface tension flows with Gerris
    17:00 Frederik Brasz, Boston University, United States
    Jets and droplets from bursting bubbles
    18:00
    Drinks and Dinner at Triumph Brewery

    Thursday 16th November
    8:00
    Breakfast (outside Maeder Hall)

    9:00 Stéphane Popinet, ∂’Alembert, UPMC & CNRS, Paris, France
    Latest news of Basilisk
    9:30 Rajarshi Roy Chowdhury, ∂’Alembert, UPMC, Paris, France
    Higher order methods for Poisson and Advection equations
    10:00 Daniel Fuster, ∂’Alembert, UPMC & CNRS, Paris, France
    Compressible schemes for multiphase flows on Basilisk
    10:30
    Coffee break (outside Maeder Hall)

    11:00 Wojciech (Wojtek) Aniszewski, ∂’Alembert, UPMC, Paris, France
    Film formation studies using Basilisk
    11:30 Jie Zhang, China
    The development of Gerris in simulating multiphase MHD flows
    12:00 Discussion groups
    12:30
    Lunch break (free time, locations will be suggested)

    14:00 Quentin Magdelaine, Surface du Verre & Interfaces & ∂’Alembert, Saint-Gobain Recherche/CNRS/UPMC, Aubervilliers, France
    Binary mixture & evaporation
    14:30 J.M. López-Herrera, Universidad de Sevilla, Spain
    Simulating Viscoelastic flows with Basilisk
    15:00 Emre Turkoz, Princeton University, United States
    Viscoelastic jet formation with impulsive boundary motion using Basilisk
    15:30
    Coffee break (outside Maeder Hall)

    16:00 Vladimir Kolobov, UAH & CFDRC, Huntsville, AL, USA
    Plasma simulations with adaptive Cartesian mesh
    16:30 Hiroumi Tani, JAXA/MIT, Japan/United States
    Reactive two-phase flow simulations using Basilisk
    17:00 Pierre-Yves Lagrée, ∂’Alembert, UPMC & CNRS, Paris, France
    Complex fluids (Bingham and granular) with Basilisk
    18:00
    Farewell drinks

    Participants

    1. Alistair Adcroft, Princeton University, United States
    2. Kunal Adhia, Middlesex County Academy for Science, Mathematics, and Engineering Technologies, United States
    3. Shahriar Afkhami, New Jersey Institute of Technology, United States
    4. Wojciech (Wojtek) Aniszewski, ∂’Alembert, UPMC, Paris, France
    5. Yi An, Institute of Mechanics, Chinese Academy of Sciences, Beijing, China
    6. Craig Arnold, Princeton University, United States.
    7. Lina Baroudi, Manhattan College, United States
    8. Alexis Berny, ∂’Alembert, UPMC, Paris, France
    9. Frederik Brasz, Boston University, United States
    10. Christopher Browne, Princeton University, United States
    11. Lingzhi Cai, Princeton Univeristy, United States
    12. Francisco Carrillo, Princeton Univeristy, United States
    13. Hossain Chizari, International Center for Applied Mechanics (ICAM), Xi’an Jiaotong University (XJTU), China
    14. Anders Damsgaard, GFDL, Princeton University, United States
    15. Luc Deike, Princeton University, United States
    16. Jens Eggers, University of Bristol, UK
    17. Soheil Esmaeilzadeh, SUPRI-B, Stanford University, United States
    18. Palas Kumar Farsoiya, Indian Institute of Technology, Bombay, India
    19. Daniel Fuster, ∂’Alembert, UPMC & CNRS, Paris, France
    20. Hans Heimel, Inst. for appl. devel. in micro sys. eng., Univ. Freiburg & Festo AG&Co.KG, Esslingen, Germany
    21. Zhen Jian, International Center for Applied Mechanics (ICAM), Xi’an Jiaotong University (XJTU), China.
    22. Igor Kaganovich, Princeton Plasma Physics Lab, United States
    23. Andrei Khodak, Princeton Plasma Physics Lab, United States
    24. Alexander Khrabry, Princeton Plasma Physics Lab, United States
    25. Vladimir Kolobov, UAH & CFDRC, Huntsville, AL, USA
    26. Pierre-Yves Lagrée, ∂’Alembert, UPMC & CNRS, Paris, France
    27. Ching-Yao Lai, Complex Fluids Group, Princeton University, United States
    28. Peter Lehrer, New Jersey Institute of Technology, United States
    29. Jinpin Lin, Purdue University, United States
    30. Yue (Stanley) Ling, Baylor University, United States
    31. Chuanqi Liu, Princeton University, United States
    32. Ying Liu, Complex Fluids group, Princeton University, United States
    33. Guangyuan Liao,New Jersey Institute of Technology,United States
    34. J.M. López-Herrera, Universidad de Sevilla, Spain
    35. Quentin Magdelaine, Surface du Verre & Interfaces & ∂’Alembert, Saint-Gobain Recherche/CNRS/UPMC, Aubervilliers, France
    36. Maksim Mezhericher, Complex Fluids Group, Princeton University, United States
    37. Wouter Mostert, California Institute of Technology, United States
    38. Vivek Mugundhan, King Abdullah University of Science and Technology, Saudi Arabia
    39. M Murray, Independent, Princeton U., United States
    40. Alexander Niewiarowski, Department of Civil and Environmental Engineering, Princeton University
    41. Stéphane Perrard, Laboratoire FAST (Orsay) and Ecole Polytechnique, France
    42. Julien Philippi, Nonlinear Physical Chemistry Unit, Université libre de Bruxelles, Belgium
    43. Stéphane Popinet, ∂’Alembert, UPMC & CNRS, Paris, France
    44. Roberto Porcu, Princeton University, United States
    45. Bhargav Rallabandi, Princeton University, United States
    46. Xingwei Ren, Princeton University, United States
    47. Maurice Rossi, ∂’Alembert, UPMC & CNRS, Paris, France
    48. Rajarshi Roy Chowdhury, ∂’Alembert, UPMC, Paris, France
    49. Daniel Ruth, Princeton University, United States
    50. Abhishek Saha, Princeton University, United States
    51. Thomas Séon, ∂’Alembert, UPMC & CNRS, Paris, France
    52. Ivana Seric, New Jersey Institute of Technology, United States
    53. Yixuan Sun, New Jersey Institute of Technology, United States
    54. Hua Tan, Washington State University Vancouver, United States
    55. Bofeng Tang, The University of Alabama in Huntsville, United States
    56. Xiaoyu Tang, Princeton University, United States
    57. Hiroumi Tani, JAXA/MIT, Japan/United States
    58. Virgile Thievenaz, ∂’Alembert, UPMC & CNRS, Paris, France
    59. Marie-Jean Thoraval, International Center for Applied Mechanics (ICAM), Xi’an Jiaotong University (XJTU), China
    60. Emre Turkoz, Princeton University, United States
    61. Antoon van Hooft, TU Delft, The Netherlands
    62. Yu Wei, International Center for Applied Mechanics (ICAM), Xi’an Jiaotong University (XJTU), China
    63. Suo Yang, Computational Turbulent Reacting Flow Laboratory (CTRFL), Princeton University, United States
    64. Stéphane Zaleski, ∂’Alembert, UPMC & CNRS, Paris, France
    65. Yadong Zeng, University of Minnesota, United States
    66. Jie Zhang, China
    67. Wenxuan Zhang, Princeton University, United States
    68. Lailai Zhu, Complex Fluids Group, Princeton University, United States
    69. Xiaojue Zhu, Physics of Fluids Group, University of Twente, The Netherlands

    Organisers

    Discussion groups

    The following discussion were held:

    • Do we try to organise a summer school? Where will the next BGUM be?
    • Basilisk/Gerris for industrial applications
    • How could we improve the basilisk tutorial in a collaborative way leading to a reference manual?

    The following dicussions were not held (due mostly to lack of time):

    • Who wants to be/should be the next maintainer for Gerris? / future of Gerris
    • What priorities / improvements / new features for Basilisk?
    • Should we start a new “open/libre journal of computational mechanics/physics” for publication of free software codes, documented/reproducible results etc.

    Previous meetings