Infrared Thermography Measurements over a Tail-Plane Model of a Large Passenger Aircraft

Author:

Zanotti A.,Rausa A.,Grassi D.,Riccobene L.,Gibertini G.,Guardone A.,Auteri F.

Abstract

Abstract In the frame of the CleanSky 2 MONNALISA project, a wind-tunnel campaign is planned to test a tail-plane model of a large passenger aircraft by using different measurement techniques. Wind-tunnel test results obtained over a systematic series of model geometries will be used to thoroughly validate a low-order numerical method based on physical modelling that will be developed in the project to evaluate the non-linear aerodynamic characteristics of aircraft lifting surfaces. The present paper describes the main results of the infrared thermography measurements performed in the first wind-tunnel entry to be used to tune RANS solvers and for the fine calibration of the low-order numerical method.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference6 articles.

1. Clean Sky research and demonstration programmes for next-generation aircraft engines;Brouckaert;The Aeronautical Journal,2018

2. A Framework for Characterizing Structural Uncertainty in Large-Eddy Simulation Closures;Jofre;Flow, Turbulence and Combustion,2018

3. Mid-fidelity approach to aerodynamic simulations of unconventional VTOL aircraft configurations;Tugnoli;Aerospace Science and Technology,2021

4. Infrared thermography for boundary layer transition measurements;Wolf;Measurement Science and Technology,2020

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