1. Simulation of the Airflow Around an Airplane

    Simulation of the Airflow Around an Airplane A​uthors: Guillermo Marin, Jeronimo Calderon, Miguel Esteban, Oriol Lehmkuhl (​Barcelona Supercomputing Center, Spain) This visualization displays the air vorticity around an airplane at angle of attack 15 as a volume render, with q-vorticity mapped to density and velocity magnitude to color. We used a proprietary pipeline to convert simulation outputs into the OpenVDB (Museth, K., et al. (2013). OpenVDB: an open-source data structure and

  2. Simulation of the Airflow Around an Airplane

    Simulation of the Airflow Around an Airplane A​uthors: Guillermo Marin, Jeronimo Calderon, Miguel Esteban, Oriol Lehmkuhl (​Barcelona Supercomputing Center, Spain) This visualization displays the air vorticity around an airplane at angle of attack 15 as a volume render, with q-vorticity mapped to density and velocity magnitude to color. We used a proprietary pipeline to convert simulation outputs into the OpenVDB (Museth, K., et al. (2013). OpenVDB: an open-source data structure and

  3. Fundamental Understanding and Modelling of High Pressure Turbulent Premixed Combustion

    Fundamental Understanding and Modelling of High Pressure Turbulent Premixed Combustion Munich (Germany) − September 19/20, 2019 Keynote Speakers: Dr. Iskender Gökalp (ICARE-CNRS, Orléans, France) Prof. Thierry Poinsot (IMFT-CNRS, Toulouse, France) Dr. Suresh Sadasivuni (Siemens Ltd., Lincoln, UK) Dr. Marco Zedda (Rolls Royce plc, Derby, UK) Deadlines : Abstracts due: 31.03.2019 Notification of acceptance: 15.05.2019 Early Registration: 15.06.2019 Topics: Modelling, simulation,

  4. 20th International Symposium on Flow Visualization (ISFV 2023)

    E​RCOFTAC SIG32 Conference 20 th International Symposium on Flow Visualization (ISFV 2023) 10th - 13th July 2023 The Echo building of TU Delft, Van Mourik Broekmanweg 5, Delft, The Netherlands. O​rganised by: Prof. dr. Fulvio Scarano Dr. Ferry .F.J. Schrijer A​ll information is available here: https://www.isfv20.org/home

  5. Simulation of an Active Flow Control System in an Airplane Wing

    E​RCOFTAC PC Iberia Simulation of an Active Flow Control System in an Airplane Wing Authors: Guillermo Marin, Jeronimo Calderon, Miguel Esteban, Ivette Rodriguez, Ricard Montalà, Oriol Lehmkuhl (Barcelona Supercomputing Center, Spain) This visualization video displays the effect of wing jets in stabilizing the air vorticity around an airplane in a transitory simulation at angle of attack 14.The q-vorticity is mapped to the density of the volume, and the velocity magnitude to

  6. The Perpetual Motion of Air and Water: A Mesmerizing Dance of Turbulence

    E​RCOFTAC PC Netherlands The Perpetual Motion of Air and Water: A Mesmerizing Dance of Turbulence Dorette Regout (PhD candidate at Delft University of Technology Department of Hydraulic Engineering) Fluid motion at its most artistic! This video captures the striking turbulent multiphase flow of the breaking roller in dam-break waves and is part of an extensive dataset from an experimental study conducted at Delft University of Technology. Dam-break waves are highly unsteady,

  7. 2nd ERCOFTAC Milton van Dyke Competition 2026

    2nd ERCOFTAC Milton Van Dyke Competition The 2nd ERCOFTAC Milton Van Dyke competition for the most inspiring, thought-provoking or simply most beautiful flow visualization (image or animation, from experiments or simulation) generated during research in fundamental or applied fluid dynamics, took place during the ERCOFTAC Spring Festival, on 16 th – 17 th April in Pisa, Italy . Luca Placco accepted the award for the winning visualisation of the 2nd ERCOFTAC Milton van Dyke Competition

  8. Rotation and Fluids - Summer School 2025 Report

    Summer School ”Rotation and Fluids” took place from 25th to 29th August 2025 in Prague, Czech Republic. This summer school was organized by Tomas Bodnar from the Czech Technical University in Prague, Sarka Necasova from the Institute of Mathematics of the Czech Academy of Sciences and Giovanni Paolo Galdi from the University of Pittsburgh, USA. Since 2011, when the Prague-Sum series started, this was already the eighth summer school and workshop organized in this format. Based on the previous

  9. ERCOFTAC 2nd Milton Van Dyke Competition 2026

    Call for Nominations: 2nd ERCOFTAC Milton Van Dyke Flow Visualization Competition 2026 1​st February 2026 Deadline for submission of the contributions. Inspired by the legendary “Album of Fluid Motion” by Prof. Van Dyke (Stanford University), ERCOFTAC will award from 2025 onward the Milton Van Dyke prize for the most inspiring, thought-provoking or simply most beautiful flow visualization (image or animation, from experiments or simulation) generated during research in fundamental or applied

  10. ERCOFTAC 2nd Milton Van Dyke Competition 2026 - Deadline Extended: 9th February 2026

    Last chance to enter: 2nd ERCOFTAC Milton Van Dyke Flow Visualization Competition 2026 Deadline for submission of the contributions extended until 9th February 2026 Inspired by the legendary “Album of Fluid Motion” by Prof. Van Dyke (Stanford University), ERCOFTAC will award from 2025 onward the Milton Van Dyke prize for the most inspiring, thought-provoking or simply most beautiful flow visualization (image or animation, from experiments or simulation) generated during research in

Page 24 of 29Total results: 286

  1. Simulation of the Airflow Around an Airplane

    Simulation of the Airflow Around an Airplane A​uthors: Guillermo Marin, Jeronimo Calderon, Miguel Esteban, Oriol Lehmkuhl (​Barcelona Supercomputing Center, Spain) This visualization displays the air vorticity around an airplane at angle of attack 15 as a volume render, with q-vorticity mapped to density and velocity magnitude to color. We used a proprietary pipeline to convert simulation outputs into the OpenVDB (Museth, K., et al. (2013). OpenVDB: an open-source data structure and

  2. Simulation of the Airflow Around an Airplane

    Simulation of the Airflow Around an Airplane A​uthors: Guillermo Marin, Jeronimo Calderon, Miguel Esteban, Oriol Lehmkuhl (​Barcelona Supercomputing Center, Spain) This visualization displays the air vorticity around an airplane at angle of attack 15 as a volume render, with q-vorticity mapped to density and velocity magnitude to color. We used a proprietary pipeline to convert simulation outputs into the OpenVDB (Museth, K., et al. (2013). OpenVDB: an open-source data structure and

  3. Fundamental Understanding and Modelling of High Pressure Turbulent Premixed Combustion

    Fundamental Understanding and Modelling of High Pressure Turbulent Premixed Combustion Munich (Germany) − September 19/20, 2019 Keynote Speakers: Dr. Iskender Gökalp (ICARE-CNRS, Orléans, France) Prof. Thierry Poinsot (IMFT-CNRS, Toulouse, France) Dr. Suresh Sadasivuni (Siemens Ltd., Lincoln, UK) Dr. Marco Zedda (Rolls Royce plc, Derby, UK) Deadlines : Abstracts due: 31.03.2019 Notification of acceptance: 15.05.2019 Early Registration: 15.06.2019 Topics: Modelling, simulation,

  4. 20th International Symposium on Flow Visualization (ISFV 2023)

    E​RCOFTAC SIG32 Conference 20 th International Symposium on Flow Visualization (ISFV 2023) 10th - 13th July 2023 The Echo building of TU Delft, Van Mourik Broekmanweg 5, Delft, The Netherlands. O​rganised by: Prof. dr. Fulvio Scarano Dr. Ferry .F.J. Schrijer A​ll information is available here: https://www.isfv20.org/home

  5. Simulation of an Active Flow Control System in an Airplane Wing

    E​RCOFTAC PC Iberia Simulation of an Active Flow Control System in an Airplane Wing Authors: Guillermo Marin, Jeronimo Calderon, Miguel Esteban, Ivette Rodriguez, Ricard Montalà, Oriol Lehmkuhl (Barcelona Supercomputing Center, Spain) This visualization video displays the effect of wing jets in stabilizing the air vorticity around an airplane in a transitory simulation at angle of attack 14.The q-vorticity is mapped to the density of the volume, and the velocity magnitude to

  6. The Perpetual Motion of Air and Water: A Mesmerizing Dance of Turbulence

    E​RCOFTAC PC Netherlands The Perpetual Motion of Air and Water: A Mesmerizing Dance of Turbulence Dorette Regout (PhD candidate at Delft University of Technology Department of Hydraulic Engineering) Fluid motion at its most artistic! This video captures the striking turbulent multiphase flow of the breaking roller in dam-break waves and is part of an extensive dataset from an experimental study conducted at Delft University of Technology. Dam-break waves are highly unsteady,

  7. 2nd ERCOFTAC Milton van Dyke Competition 2026

    2nd ERCOFTAC Milton Van Dyke Competition The 2nd ERCOFTAC Milton Van Dyke competition for the most inspiring, thought-provoking or simply most beautiful flow visualization (image or animation, from experiments or simulation) generated during research in fundamental or applied fluid dynamics, took place during the ERCOFTAC Spring Festival, on 16 th – 17 th April in Pisa, Italy . Luca Placco accepted the award for the winning visualisation of the 2nd ERCOFTAC Milton van Dyke Competition

  8. Rotation and Fluids - Summer School 2025 Report

    Summer School ”Rotation and Fluids” took place from 25th to 29th August 2025 in Prague, Czech Republic. This summer school was organized by Tomas Bodnar from the Czech Technical University in Prague, Sarka Necasova from the Institute of Mathematics of the Czech Academy of Sciences and Giovanni Paolo Galdi from the University of Pittsburgh, USA. Since 2011, when the Prague-Sum series started, this was already the eighth summer school and workshop organized in this format. Based on the previous

  9. ERCOFTAC 2nd Milton Van Dyke Competition 2026

    Call for Nominations: 2nd ERCOFTAC Milton Van Dyke Flow Visualization Competition 2026 1​st February 2026 Deadline for submission of the contributions. Inspired by the legendary “Album of Fluid Motion” by Prof. Van Dyke (Stanford University), ERCOFTAC will award from 2025 onward the Milton Van Dyke prize for the most inspiring, thought-provoking or simply most beautiful flow visualization (image or animation, from experiments or simulation) generated during research in fundamental or applied

  10. ERCOFTAC 2nd Milton Van Dyke Competition 2026 - Deadline Extended: 9th February 2026

    Last chance to enter: 2nd ERCOFTAC Milton Van Dyke Flow Visualization Competition 2026 Deadline for submission of the contributions extended until 9th February 2026 Inspired by the legendary “Album of Fluid Motion” by Prof. Van Dyke (Stanford University), ERCOFTAC will award from 2025 onward the Milton Van Dyke prize for the most inspiring, thought-provoking or simply most beautiful flow visualization (image or animation, from experiments or simulation) generated during research in

Page 24 of 29Total results: 286

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