W. Allan

Royal Military College of Canada — Canada

Physics and Astronomy · Physical Sciences

33h-index4.0kcitations218works0.02yr avg
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Research Topics

Ionosphere and magnetosphere dynamics(64), Solar and Space Plasma Dynamics(34), Turbomachinery Performance and Optimization(30), Atmospheric and Environmental Gas Dynamics(25), Magnetic confinement fusion research(24)

Publications218 total

Aerodynamic Performance Evaluation of Leading Edge Tubercles on Low Pressure Turbine Blades at Very Low Reynolds Numbers and Higher Turbulence
2025
Effect of Geometry Modification of a Double Entrance Y-Duct Inlet on Aerodynamic Performance With High Speed Flow
2024
Effect of Gerlach Cross-Section on S-Duct Inlet Performance in High Subsonic Flow
2024
Performance Evaluation of an Axial Compressor With Modified Blades Using Leading Edge Tubercles
2023· 1 cited
Effect of a Passive Flow Control Device on the Performance of an S-Duct Inlet in High Subsonic Flow
2023
Effect of Entrance Cross-Section on Bulk Swirl and Performance of an S-Duct Inlet in High Subsonic Flow
2023
Greek Lyric
2022
Euripides: Andromache
Bloomsbury Publishing Plc eBooks·2022
Investigation of a Passive Flow Control Device in an S-Duct Inlet at High Subsonic Flow
2021· 1 cited
Internal Aerodynamic Performance Evaluation of Double Entrance S-Duct Intake at Moderately High Subsonic Mach Number
2021
Performance Evaluation of Leading Edge Tubercles Applied to the Blades in a 2-D Compressor Cascade
2021· 2 cited
List of contributors
Elsevier eBooks·2021
Euripides: Electra
Bloomsbury Publishing Plc eBooks·2020· 1 cited
Application of Leading-Edge Tubercles to Enhance Propeller Performance
AIAA Journal·2020· 19 cited
Novel Parameters for the Performance Evaluations of Leading Edge Tubercles on Airfoils
AIAA AVIATION 2020 FORUM·2020· 5 cited
A Low Reynolds Number Experimental Evaluation of Tubercles on a Low-Pressure Turbine Cascade
2019· 2 cited
Further Parametric Investigation of Leading Edge Tubercles on the Propeller Performance
AIAA Scitech 2019 Forum·2019· 7 cited
Application of Deployable Tubercles as High-Lift Leading-Edge Devices
AIAA Scitech 2019 Forum·2019
Correction: Application of Leading Edge Tubercles to Enhance Propeller Performance
2018 Applied Aerodynamics Conference·2018
Application of Leading Edge Tubercles to Enhance Propeller Performance
2018 Applied Aerodynamics Conference·2018· 7 cited
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Frequent Co-authors

E. M. Poulter(15), Andrew N. Wright(8), Sarahlouise White(5), David C. Lowe(5), E. Nielsen(5), Martin Manning(4), Antony Gomez(3), H. Struthers(2), F.B. Knox(2), Rowena Moss(2), Katja Riedel(2), G. J. Bailey(2), Gordon Brailsford(2), Karl‐Heinz Glaßmeier(2), J. A. Hellen(1), G. E. Bodeker(1), U. Platt(1), D. Lowe(1), C. A. M. Brenninkmeijer(1), J. G. Keys(1)