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D-Index & Metrics

Mechanical and Aerospace Engineering

D-Index
40
Citations
5615
World Ranking
2045
National Ranking
149

Overview

Holger Babinsky is affiliated with the University of Cambridge in the United Kingdom. Their primary field of study is Engineering, with a focus on multiple subfields including Computational Mechanics, Aerospace Engineering, Ocean Engineering, Environmental Engineering, and Applied Mathematics.

Their research extensively covers topics related to fluid dynamics and aerodynamics. Major themes in their work include Fluid Dynamics and Turbulent Flows, Computational Fluid Dynamics and Aerodynamics, Fluid Dynamics and Vibration Analysis, Aerodynamics and Acoustics in Jet Flows, Biomimetic Flight and Propulsion Mechanisms, Aerodynamics and Fluid Dynamics Research, and Particle Dynamics in Fluid Flows.

Holger Babinsky has authored several recent papers that contribute to aerospace sciences and fluid mechanics, including:

  • A review of three-dimensional shock wave-boundary-layer interactions, 2023, Progress in Aerospace Sciences
  • Effect of Transverse Gust Velocity Profiles, 2020, AIAA Journal
  • Mitigation of Airfoil Gust Loads Through Pitch, 2022, AIAA Journal
  • Boundary layer vortex sheet evolution around an accelerating and rotating cylinder, 2021, Journal of Fluid Mechanics
  • Negating Gust Effects by Actively Pitching a Wing, 2020, AIAA Scitech 2020 Forum

The scientist frequently collaborates with several co-authors, including Kshitij Sabnis, Pascal Gehlert, Reddy Mod, Kenichi Rinoie, and Ulrich Rist. These collaborations have resulted in significant contributions to the field over multiple joint publications.

Holger Babinsky's work has been published repeatedly in top-tier venues such as The Aeronautical Journal, AIAA Journal, Experiments in Fluids, AIAA SCITECH 2022 Forum, and AIAA Scitech 2020 Forum. These venues reflect the consistent thematic focus on aerospace technology and fluid mechanics.

In addition to journal articles, they have contributed to book publications, including a title published by Springer International Publishing: Transition Location Effect on Shock Wave Boundary Layer Interaction (2020).

Best Publications

  • Shock Wave-Boundary-Layer Interactions

    Holger Babinsky;John K. Harvey

  • Microramp Control of Supersonic Oblique Shock-Wave/Boundary-Layer Interactions

    H. Babinsky;Y. Li;C. W. Pitt Ford

  • Lift and the leading-edge vortex

    C. W. Pitt Ford;H. Babinsky

  • Lift and the Leading Edge Vortex

    Charles Pitt Ford;Holger Babinsky

  • Shock-Wave/Boundary-Layer Interaction Control Using Three-Dimensional Bumps for Transonic Wings

    Hideaki Ogawa;Holger Babinsky;Martin Pätzold;Thorsten Lutz

  • Effect of Microvortex Generators On Seperated Normal Shock/ Boundary Layer Interactions

    Harriet A. Holden;Holger Babinsky

  • Normal shock boundary layer control with various vortex generator geometries

    S. Lee;E. Loth;H. Babinsky

  • Unsteady shock wave dynamics

    P. J. K. Bruce;H. Babinsky

  • SBLI control for wings and inlets

    Holger Babinsky;Hideaki Ogawa

  • Corner effect and separation in transonic channel flows

    P. J. K. Bruce;D. M. F. Burton;N. A. Titchener;H. Babinsky

  • How do wings work

    Holger Babinsky

  • Corner separation effects for normal shock wave/turbulent boundary layer interactions in rectangular channels

    D. M. F. Burton;H. Babinsky

  • Unsteady Lift Generation on Rotating Wings at Low Reynolds Numbers

    A. R. Jones;H. Babinsky

  • Shock wave/boundary-layer interaction control using a combination of vortex generators and bleed

    Neil Titchener;Holger Babinsky

  • Reynolds number effects on leading edge vortex development on a waving wing

    A. R. Jones;H. Babinsky

  • A review of the use of vortex generators for mitigating shock-induced separation

    Neil Titchener;Holger Babinsky

  • Assessment of Computational Fluid Dynamics and Experimental Data for Shock Boundary-Layer Interactions

    James R. DeBonis;William L. Oberkampf;Richard T. Wolf;Paul D. Orkwis

  • Vortex Generators for a Normal Shock/Boundary Layer Interaction with a Downstream Diffuser

    Michael Rybalko;Holger Babinsky;Eric Loth

  • On the development and early observations from a towing tank-based transverse wing–gust encounter test rig

    S. J. Corkery;H. Babinsky;J. K. Harvey

  • Shock/boundary layer interaction control using 3D devices

    HA Holden;H Babinsky

  • Micro-ramp control for oblique shock wave / boundary layer interactions

    Cwp Ford;H Babinsky

  • Unsteady Effects of Shock Wave induced Separation

    Piotr Doerffer;Charles Hirsch;Jean-Paul Dussauge;Holger Babinsky

Frequent Co-Authors

Kazuyoshi Takayama
Kazuyoshi Takayama Tohoku University
George N. Barakos
George N. Barakos University of Glasgow
Eric Loth
Eric Loth University of Virginia
Thorsten Lutz
Thorsten Lutz University of Stuttgart
Ann P. Dowling
Ann P. Dowling University of Cambridge
Osamu Onodera
Osamu Onodera Niigata University
Sergio Pirozzoli
Sergio Pirozzoli Sapienza University of Rome
Mark E. Welland
Mark E. Welland University of Cambridge
William L. Oberkampf
William L. Oberkampf Sandia National Laboratories
Matteo Bernardini
Matteo Bernardini Sapienza University of Rome

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