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D-Index & Metrics

Mechanical and Aerospace Engineering

D-Index
34
Citations
5901
World Ranking
2795
National Ranking
22

Overview

Avi Seifert is a researcher affiliated with Tel Aviv University in Israel, specializing in engineering with a primary focus on aerospace engineering and related subfields. Their work spans several areas including aerospace engineering, computational mechanics, mechanical engineering, statistical and nonlinear physics, and global and planetary change.

The main topics addressed in Seifert's research include plasma and flow control in aerodynamics, fluid dynamics and turbulent flows, aerodynamics and fluid dynamics research, model reduction and neural networks, computational fluid dynamics and aerodynamics, refrigeration and air conditioning technologies, and combustion and flame dynamics.

Seifert has contributed extensively to academic literature with publications in frequent venues such as Aerospace Science and Technology, AIAA Journal, AIAA AVIATION 2020 FORUM, CEAS Aeronautical Journal, and the Journal of Fluids Engineering. Their research articles cover a variety of experimental and computational studies related to aerodynamic flows and control methods.

Recent papers by Seifert include:

  • "Reynolds number and wind tunnel wall effects on the flow field around a generic UHBR engine high-lift configuration," 2020, CEAS Aeronautical Journal
  • "Computational 2D parameter study of suction and oscillatory blowing actuator with experimental validation," 2022, Aerospace Science and Technology
  • "Experimental investigation of suction and oscillatory blowing as an alternative for a leading edge slat," 2024, Aerospace Science and Technology
  • "Flow Patterns of Self-Sustained Oscillations in Fluidic Diverters," 2022, AIAA Journal
  • "The Oscillatory Suction Actuator: Fundamentals, Interactions and Efficiency," 2020, AIAA AVIATION 2020 FORUM

Frequent collaborators in Seifert's research include Shay Monat, Matthias Fromm, Sven Grundmann, Bar Mizrahi, and Junaid Ullah.

Best Publications

  • Delay of Airfoil Stall by Periodic Excitation

    A. Seifert;A. Darabi;I. Wygnanski

  • Oscillatory Blowing: A Tool to Delay Boundary-Layer Separation

    A. Seifert;T. Bachar;D. Koss;M. Shepshelovich

  • Issues in active flow control: theory, control, simulation, and experiment

    S. Scott Collis;Ronald D. Joslin;Avi Seifert;Vassilis Theofilis

  • Oscillatory Control of Separation at High Reynolds Numbers

    A. Seifert;L. G. Pack

  • Use of Piezoelectric Actuators for Airfoil Separation Control

    A. Seifert;A. Seifert;A. Seifert;S. Eliahu;D. Greenblatt;I. Wygnanski;I. Wygnanski

  • Active Flow Separation Control on Wall-Mounted Hump at High Reynolds Numbers

    Avi Seifert;Latunia G. Pack

  • Active separation control: an overview of Reynolds and Mach numbers effects

    Avi Seifert;David Greenblatt;Israel J. Wygnanski

  • Periodic Excitation for Jet Vectoring and Enhanced Spreading

    LaTunia G. Pack;Avi Seifert

  • Oscillatory Excitation of Unsteady Compressible Flows over Airfoils at Flight Reynolds Numbers

    Avi Seifert;LaTunia G. Pack

  • Active Control of Separation From the Flap of a Supercritical Airfoil

    LaTunia Pack Melton;Chung Sheng Yao;Avi Seifert

  • Simplified dragonfly airfoil aerodynamics at Reynolds numbers below 8000

    Unknown

  • Delta wing stall and roll control using segmented piezoelectric fluidic actuators

    Shaul Margalit;David Greenblatt;David Greenblatt;Avi Seifert;Israel Wygnanski

  • Suction and Oscillatory Blowing Actuator Modeling and Validation

    Gilad Arwatz;Ilan Fono;Avi Seifert

  • Trailing edge noise reduction of wind turbine blades by active flow control

    Alexander Wolf;Thorsten Lutz;Werner Würz;Ewald Krämer

  • Oscillatory blowing, a tool to delay boundary layer separation

    A. Seifert;T. Bachar;I. Wygnanski;D. Koss

  • On the evolution of the turbulent spot in a laminar boundary layer with a favourable pressure gradient

    Y. Katz;A. Seifert;I. Wygnanski

  • Large Trucks Drag Reduction using Active Flow Control

    A. Seifert;O. Stalnov;D. Sperber;G. Arwatz

  • Active control of separated flows on generic configurations at high Reynolds numbers

    Avi Seifert;LaTunia Pack

  • Closed-loop separation control using oscillatory flow excitation

    Brian G. Allan;Nan Jer-Juang;David L. Raney;Avi Seifert

  • Nonlinear electrokinetic phenomena around nearly insulated sharp tips in microflows.

    Yuval Eckstein;Gilad Yossifon;Avraham Seifert;Touvia Miloh

  • Active Control of Separation from the Slat Shoulder of a Supercritical Airfoil

    LaTunia G. Pack;Norman W. Schaeffler;Chung-Sheng Yao;Avi Seifert

Frequent Co-Authors

Israel J Wygnanski
Israel J Wygnanski University of Arizona
David Greenblatt
David Greenblatt Technion – Israel Institute of Technology
Gilead Tadmor
Gilead Tadmor Northeastern University
Michael Markl
Michael Markl Northwestern University
Howard P. Hodson
Howard P. Hodson University of Cambridge
Farrukh S. Alvi
Farrukh S. Alvi Florida State University
Hassan M. Nagib
Hassan M. Nagib Illinois Institute of Technology
Thomas McLaughlin
Thomas McLaughlin United States Air Force Academy

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