Marcus Hultmark
Wind turbines and wind farms present unique challenges, fluid mechanically, as they combine extremely high Reynolds numbers with additional time scales imposed by the rotation and three-dimensional effects. This implies that resolved numerical solutions are too computationally expensive and investigations in conventional wind tunnels are impossible due to the flow speeds and rotational rates needed in order to satisfy the dynamic similarity requirements. At Princeton, we achieve the conditions
Philipp Schlatter
The flow around streamlined bodies leads to the development of thin boundary layers, which are however crucial for determining key aspects of the global flow behaviour, including the prediction of drag and separation. Whereas there has been a clear focus on zero-pressure gradient (ZPG) turbulent boundary layers in the past, this shifted now towards boundary layers under the influence of pressure gradients, as e.g. imposed by surface curvature (for instance on wings) or by adequately adjusting
Join as individual member
Individual Membership (IM) is available to: a) persons engaged in research on Flow, Turbulence and Combustion that can demonstrate activities to further the objectives of the Association (indefinite duration) b) Da Vinci Award finalists with digital bulletin for the period of 2 calendar years following the participation without fees c) ETMM participants for 2 calendar years Benefits of Individual Membership: Members participate in a network of international collaboration and exchange
Osborne Reynolds Day 2022
Osborne Reynolds Day 202 2 Competition for new graduates and soon-to-graduate PhDs in Fluid Mechanics ! Friday, 1st July 2022 at the Engineering and Material Science Campus, the Manchester Engineering Campus. The Department of Mechanical, Aerospace and Civil Engineering at Manchester University, UK The competition: The 2022 Osborne Reynolds PhD competition offer prestigious awards that celebrate the quality of students and graduates who have been pursuing doctoral level research
Turbulence & Interface - Report and Abstracts
PC Henri Benard Workshop "Turbulence and Interface" - Report The ocean surface and climate change, the spraying of pathogen-bearing droplets and transmission of respiratory diseases, the stratocumulus clouds and weather forecasts, the spray formation and its dispersion in fuel engines - all these examples, as well as many other industrial flows with droplets and bubbles, include a key process - turbulence in the presence of interface between immiscible fluids. By bringing together
Osborne Reynolds Day 2023
Competition for new graduates and soon-to-graduate PhDs in Fluid Mechanics Friday, 7th July 2023 hosted by the School of Engineering at The University of Manchester, UK The competition: The 2023 Osborne Reynolds PhD competition offers prestigious awards that celebrate the quality of students and graduates who have been pursuing doctoral level research across the broad domain of fluid mechanics, including turbulent, multi‐phase, stratified and free‐surface flows, convective transport
Chairperson’s Address March 2023
Chairperson's Address, March 2023 Dear Colleagues and Members, Exactly one year after the beginning of the Russian invasion in Ukraine, our Czech PC held its annual conference on “Topical Problems of Fluid Mechanics”. This time, Ukrainian scientists were invited to participate free of charge and in person or via an online channel opened just for them . Both options were well received and could pave the way for more interactions with our Ukrainian colleagues. Their contributions were
Research Engineer (PhD Student) Fundamental investigations of ammonia flames (m/f/d) - Position for PhD Student
Large Engines Competence Center (LEC GmbH ) and Institut für Strömungslehre und Wärmeübertragung (ISW) in Graz, Austria are searching for Research Engineer (PhD Student) Fundamental investigations of ammonia flames (m/f/d) We are looking for a motivated and creative PhD student for a joint position between the Large Engines Competence Center (LEC) and the Institute of Fluid Mechanics and Heat Transfer (ISW) at Graz University of Technology. The PhD position is an integral part of a
Research Engineer (PhD Student) Fundamental investigations of ammonia flames (m/f/d) - Position for PhD Student
Large Engines Competence Center (LEC GmbH ) and Institut für Strömungslehre und Wärmeübertragung (ISW) in Graz, Austria are searching for Research Engineer (PhD Student) Fundamental investigations of ammonia flames (m/f/d) We are looking for a motivated and creative PhD student for a joint position between the Large Engines Competence Center (LEC) and the Institute of Fluid Mechanics and Heat Transfer (ISW) at Graz University of Technology. The PhD position is an integral part of a
Marcus Hultmark
Wind turbines and wind farms present unique challenges, fluid mechanically, as they combine extremely high Reynolds numbers with additional time scales imposed by the rotation and three-dimensional effects. This implies that resolved numerical solutions are too computationally expensive and investigations in conventional wind tunnels are impossible due to the flow speeds and rotational rates needed in order to satisfy the dynamic similarity requirements. At Princeton, we achieve the conditions
Page 19 of 20Total results: 196
Marcus Hultmark
Wind turbines and wind farms present unique challenges, fluid mechanically, as they combine extremely high Reynolds numbers with additional time scales imposed by the rotation and three-dimensional effects. This implies that resolved numerical solutions are too computationally expensive and investigations in conventional wind tunnels are impossible due to the flow speeds and rotational rates needed in order to satisfy the dynamic similarity requirements. At Princeton, we achieve the conditions
Philipp Schlatter
The flow around streamlined bodies leads to the development of thin boundary layers, which are however crucial for determining key aspects of the global flow behaviour, including the prediction of drag and separation. Whereas there has been a clear focus on zero-pressure gradient (ZPG) turbulent boundary layers in the past, this shifted now towards boundary layers under the influence of pressure gradients, as e.g. imposed by surface curvature (for instance on wings) or by adequately adjusting
Join as individual member
Individual Membership (IM) is available to: a) persons engaged in research on Flow, Turbulence and Combustion that can demonstrate activities to further the objectives of the Association (indefinite duration) b) Da Vinci Award finalists with digital bulletin for the period of 2 calendar years following the participation without fees c) ETMM participants for 2 calendar years Benefits of Individual Membership: Members participate in a network of international collaboration and exchange
Osborne Reynolds Day 2022
Osborne Reynolds Day 202 2 Competition for new graduates and soon-to-graduate PhDs in Fluid Mechanics ! Friday, 1st July 2022 at the Engineering and Material Science Campus, the Manchester Engineering Campus. The Department of Mechanical, Aerospace and Civil Engineering at Manchester University, UK The competition: The 2022 Osborne Reynolds PhD competition offer prestigious awards that celebrate the quality of students and graduates who have been pursuing doctoral level research
Turbulence & Interface - Report and Abstracts
PC Henri Benard Workshop "Turbulence and Interface" - Report The ocean surface and climate change, the spraying of pathogen-bearing droplets and transmission of respiratory diseases, the stratocumulus clouds and weather forecasts, the spray formation and its dispersion in fuel engines - all these examples, as well as many other industrial flows with droplets and bubbles, include a key process - turbulence in the presence of interface between immiscible fluids. By bringing together
Osborne Reynolds Day 2023
Competition for new graduates and soon-to-graduate PhDs in Fluid Mechanics Friday, 7th July 2023 hosted by the School of Engineering at The University of Manchester, UK The competition: The 2023 Osborne Reynolds PhD competition offers prestigious awards that celebrate the quality of students and graduates who have been pursuing doctoral level research across the broad domain of fluid mechanics, including turbulent, multi‐phase, stratified and free‐surface flows, convective transport
Chairperson’s Address March 2023
Chairperson's Address, March 2023 Dear Colleagues and Members, Exactly one year after the beginning of the Russian invasion in Ukraine, our Czech PC held its annual conference on “Topical Problems of Fluid Mechanics”. This time, Ukrainian scientists were invited to participate free of charge and in person or via an online channel opened just for them . Both options were well received and could pave the way for more interactions with our Ukrainian colleagues. Their contributions were
Research Engineer (PhD Student) Fundamental investigations of ammonia flames (m/f/d) - Position for PhD Student
Large Engines Competence Center (LEC GmbH ) and Institut für Strömungslehre und Wärmeübertragung (ISW) in Graz, Austria are searching for Research Engineer (PhD Student) Fundamental investigations of ammonia flames (m/f/d) We are looking for a motivated and creative PhD student for a joint position between the Large Engines Competence Center (LEC) and the Institute of Fluid Mechanics and Heat Transfer (ISW) at Graz University of Technology. The PhD position is an integral part of a
Research Engineer (PhD Student) Fundamental investigations of ammonia flames (m/f/d) - Position for PhD Student
Large Engines Competence Center (LEC GmbH ) and Institut für Strömungslehre und Wärmeübertragung (ISW) in Graz, Austria are searching for Research Engineer (PhD Student) Fundamental investigations of ammonia flames (m/f/d) We are looking for a motivated and creative PhD student for a joint position between the Large Engines Competence Center (LEC) and the Institute of Fluid Mechanics and Heat Transfer (ISW) at Graz University of Technology. The PhD position is an integral part of a
Marcus Hultmark
Wind turbines and wind farms present unique challenges, fluid mechanically, as they combine extremely high Reynolds numbers with additional time scales imposed by the rotation and three-dimensional effects. This implies that resolved numerical solutions are too computationally expensive and investigations in conventional wind tunnels are impossible due to the flow speeds and rotational rates needed in order to satisfy the dynamic similarity requirements. At Princeton, we achieve the conditions
Page 19 of 20Total results: 196
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