Advanced Numerical Methods for Scale-Resolving Simulations (NUM-SCARS2026) - Registration Deadline: 15/10/2025
SIG55 Workshop 22nd - 23rd January 2026 CWI, Amsterdam, The Netherlands (NUM-SCARS 2026) 22nd - 23rd January 2026 CWI, Amsterdam, The Netherlands Registration is now open until 15th October 2025 The format is expected to be highly interactive, with three roundtable discussions and a session for contributed posters from young researchers. Note that the talks are for invited speakers only, who will deliver broad overviews on specific topics.
ERCOFTAC Events Rules
ERCOFTAC has a strong tradition in stimulating science-based engineering, both in research and education. Bringing in understanding for specific themes from an industrial perspective can enrich the workshop and summer school programs. We would like to stimulate interactions between academia and industry and ask you as organizer to actively consider whether in your planned activity there are opportunities to strengthen the application perspective and actively incorporate industrial aspects .
Bulletin 90
Aeroacoustics Direct Numerical Simulation of Airfoil Self-Noise R. D. Sandberg and L. E Jones Broadband Shock-Associated Noise in Screeching and Non-Screeching Underexpanded SUpersonic Jets B. André, T. Castelain and C. Bailly Impact of Homogeneous Density Distributions on Acoustic Sources in Turbulent Jets S. R. Koh, G. Geiser, H. Foysi and W. Schröder Numerical and Experimental Characterisation of Fan Noise Installation Effects D. - C. Mincu and E. Manoha Simulations of Airfoil Noise
Uncertainty Management & Quantification in Industrial Design and Analysis
Uncertainty Management & Quantification in Industrial Design and Analysis November 30-December 1 2015 EDF, Chatou, Paris, France Coordinator: Prof. Charles Hirsch, Em. Vrije Universiteit Brussel & Numeca Int'l, Belgium in collaboration with Aim Uncertainty quantification is a new paradigm in industrial analysis and design as it aims at taking into account the presence of numerous uncertainties affecting the behavior of physical systems. Dominating uncertainties can be either be
Non-Spherical Particles and Aggregates in Fluid Flows 2014
Collective Dynamics of Particles: from Viscous to Turbulent Flows May 26 - May 30 2014 Venue: CISM, Palazzo del Torso, Piazza Garibaldi 18, 33100 Udine Course description Rationale - The course delivers a comprehensive overview of particulate flows, from low Re numbers to full turbulent flows, and hence will be particularly attractive to graduate students,PhD candidates, young researchers and faculty members in applied physics and chemical-mechanical engineering. The advanced topics, and
Uncertainty Management & Quantification in Industrial Design and Analysis, 27-28 Oct 2016, Ghent Univ. BE
Coordinator: Prof. C. Hirsch Em. Vrije Universiteit Brussels President, Numeca Int., Belgium Aim Uncertainty quantification is a new paradigm in industrial analysis and design as it aims at taking into account the presence of numerous uncertainties affecting the behaviour of physical systems. Dominating uncertainties can be either be operational (such as boundary conditions) and/or geometrical resulting from unknown properties, such as tip clearances of rotating compressor blades or from
Stably Stratified and Rotating Turbulence
The main motivation for SIG14 is to study and understand the role of the body force effects on turbulence, especially stratification and rotation. These are fundamental in environmental non-homogeneous flows, for example to predict diffusion of pollutants in the Ocean and Atmosphere. Environmental fluid dynamics produces specific vortical and helical complex flows which are very difficult to predict. The statistical description of direct and inverse cascades in turbulence at different scales
Synthetic Models in Turbulence
Purpose and focus of SIG Synthetic models were developed in turbulence as an alternative to stochastic methods or direct numerical methods for Lagrangian applications. SIG 42 was set up after it was realised that many research teams in Europe were using "synthetic turbulence models" and that there was a need form more interaction and unification between the different groups. Most teams working on synthetic turbulence will be using Kinematic Simulation (KS). KS is a unified Lagrangian model of
SPHERIC 2019 - extended deadline for abstract submission
Due to the unexpected departure of one of our key team members we will need to extend the early bird deadline for a week, until the **12th of April** . The registration process is fully up and running, so please, keep registering for the conference! A reminder that the 2019 SPHERIC International Workshop taking place at the University of Exeter on 25th-27th of June. Do not miss the opportunity to share your latest results with the community. When you submit your abstract please take into
Topical Problems of Fluid Mechanics 2026
PC Czech Republic Conference Topical Problems of Fluid Mechanics 2026 Institute of Thermomechanics of the Czech Academy of Sciences, Prague, Czech Republic 18th - 20th February 2026 Organisers: Prof. Tomáš Bodnár Prof. Cedric Galusinski Dr. Jan Pech Dr. David Šimurda Aim of the Conference: The aim of the conference is to discuss contemporary problems of fluid mechanics and to bring out latest results obtained in frame of grant projects supported by grant agencies in Czech Republic
Page 7 of 29Total results: 286
Advanced Numerical Methods for Scale-Resolving Simulations (NUM-SCARS2026) - Registration Deadline: 15/10/2025
SIG55 Workshop 22nd - 23rd January 2026 CWI, Amsterdam, The Netherlands (NUM-SCARS 2026) 22nd - 23rd January 2026 CWI, Amsterdam, The Netherlands Registration is now open until 15th October 2025 The format is expected to be highly interactive, with three roundtable discussions and a session for contributed posters from young researchers. Note that the talks are for invited speakers only, who will deliver broad overviews on specific topics.
ERCOFTAC Events Rules
ERCOFTAC has a strong tradition in stimulating science-based engineering, both in research and education. Bringing in understanding for specific themes from an industrial perspective can enrich the workshop and summer school programs. We would like to stimulate interactions between academia and industry and ask you as organizer to actively consider whether in your planned activity there are opportunities to strengthen the application perspective and actively incorporate industrial aspects .
Bulletin 90
Aeroacoustics Direct Numerical Simulation of Airfoil Self-Noise R. D. Sandberg and L. E Jones Broadband Shock-Associated Noise in Screeching and Non-Screeching Underexpanded SUpersonic Jets B. André, T. Castelain and C. Bailly Impact of Homogeneous Density Distributions on Acoustic Sources in Turbulent Jets S. R. Koh, G. Geiser, H. Foysi and W. Schröder Numerical and Experimental Characterisation of Fan Noise Installation Effects D. - C. Mincu and E. Manoha Simulations of Airfoil Noise
Uncertainty Management & Quantification in Industrial Design and Analysis
Uncertainty Management & Quantification in Industrial Design and Analysis November 30-December 1 2015 EDF, Chatou, Paris, France Coordinator: Prof. Charles Hirsch, Em. Vrije Universiteit Brussel & Numeca Int'l, Belgium in collaboration with Aim Uncertainty quantification is a new paradigm in industrial analysis and design as it aims at taking into account the presence of numerous uncertainties affecting the behavior of physical systems. Dominating uncertainties can be either be
Non-Spherical Particles and Aggregates in Fluid Flows 2014
Collective Dynamics of Particles: from Viscous to Turbulent Flows May 26 - May 30 2014 Venue: CISM, Palazzo del Torso, Piazza Garibaldi 18, 33100 Udine Course description Rationale - The course delivers a comprehensive overview of particulate flows, from low Re numbers to full turbulent flows, and hence will be particularly attractive to graduate students,PhD candidates, young researchers and faculty members in applied physics and chemical-mechanical engineering. The advanced topics, and
Uncertainty Management & Quantification in Industrial Design and Analysis, 27-28 Oct 2016, Ghent Univ. BE
Coordinator: Prof. C. Hirsch Em. Vrije Universiteit Brussels President, Numeca Int., Belgium Aim Uncertainty quantification is a new paradigm in industrial analysis and design as it aims at taking into account the presence of numerous uncertainties affecting the behaviour of physical systems. Dominating uncertainties can be either be operational (such as boundary conditions) and/or geometrical resulting from unknown properties, such as tip clearances of rotating compressor blades or from
Stably Stratified and Rotating Turbulence
The main motivation for SIG14 is to study and understand the role of the body force effects on turbulence, especially stratification and rotation. These are fundamental in environmental non-homogeneous flows, for example to predict diffusion of pollutants in the Ocean and Atmosphere. Environmental fluid dynamics produces specific vortical and helical complex flows which are very difficult to predict. The statistical description of direct and inverse cascades in turbulence at different scales
Synthetic Models in Turbulence
Purpose and focus of SIG Synthetic models were developed in turbulence as an alternative to stochastic methods or direct numerical methods for Lagrangian applications. SIG 42 was set up after it was realised that many research teams in Europe were using "synthetic turbulence models" and that there was a need form more interaction and unification between the different groups. Most teams working on synthetic turbulence will be using Kinematic Simulation (KS). KS is a unified Lagrangian model of
SPHERIC 2019 - extended deadline for abstract submission
Due to the unexpected departure of one of our key team members we will need to extend the early bird deadline for a week, until the **12th of April** . The registration process is fully up and running, so please, keep registering for the conference! A reminder that the 2019 SPHERIC International Workshop taking place at the University of Exeter on 25th-27th of June. Do not miss the opportunity to share your latest results with the community. When you submit your abstract please take into
Topical Problems of Fluid Mechanics 2026
PC Czech Republic Conference Topical Problems of Fluid Mechanics 2026 Institute of Thermomechanics of the Czech Academy of Sciences, Prague, Czech Republic 18th - 20th February 2026 Organisers: Prof. Tomáš Bodnár Prof. Cedric Galusinski Dr. Jan Pech Dr. David Šimurda Aim of the Conference: The aim of the conference is to discuss contemporary problems of fluid mechanics and to bring out latest results obtained in frame of grant projects supported by grant agencies in Czech Republic
Page 7 of 29Total results: 286
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