Evaluation of RANS transition modeling for high lift LPT flows at low Reynolds number
K Keadle, M McQuilling - … Expo: Power for …, 2013 - asmedigitalcollection.asme.org
High lift low pressure turbine airfoils have complex flow features that can require advanced
modeling capabilities for accurate flow predictions. These features include separated flows …
modeling capabilities for accurate flow predictions. These features include separated flows …
[PDF][PDF] Analysis of the effect of broadband acoustic excitation on a laminar separation bubble
The paper presents the results of an experimental investigation of the effect of broadband
acoustic excitation on separated shear layer developing on the flat plate subjected to an …
acoustic excitation on separated shear layer developing on the flat plate subjected to an …
Exploitation of Subharmonics for Separated Shear Layer Control on a High-Lift LPT Using Acoustic Forcing
C Bernardini, S Benton… - … Expo: Power for …, 2013 - asmedigitalcollection.asme.org
The mechanism of separation control by sound excitation is investigated on the aft loaded
LPT blade profile, the L1A, which experiences a large boundary layer separation at low …
LPT blade profile, the L1A, which experiences a large boundary layer separation at low …
Separation control by acoustic excitation on highly loaded low pressure turbine blades
C Bernardini, SI Benton, JP Bons - 10 th European Conference on …, 2013 - euroturbo.eu
Flow control is a valuable route to overcome laminar separation in highly loaded
lowpressure turbine blades at low Reynolds number. The present work aims to explore the …
lowpressure turbine blades at low Reynolds number. The present work aims to explore the …