In the present study, a new experimental setup for the investigation of the aerodynamic in-teraction between a helicopter and ground obstacles is presented and assessed. The motorised helicopter model, which includes the fuselage, can be positioned in different positions relative to a model building in order to replicate different configurations. Moreover the current setup can also be used in a wind tunnel in order to replicate interference effects in windy conditions. The use of a helicopter model with a six-component balance and a building model with several pressure taps allows a database to be compiled for the loads on the helicopter and obstacle. A physical interpretation of the flow phenomena can be obtained through analysis of the obstacle pressure measurements and particle image velocimetry surveys of relevant configurations.

An Experimental Set up for the Study of Helicopter and Building Aerodynamic Interaction

GIBERTINI, GIUSEPPE;GRASSI, DONATO;ZAGAGLIA, DANIELE;ZANOTTI, ALEX
2014-01-01

Abstract

In the present study, a new experimental setup for the investigation of the aerodynamic in-teraction between a helicopter and ground obstacles is presented and assessed. The motorised helicopter model, which includes the fuselage, can be positioned in different positions relative to a model building in order to replicate different configurations. Moreover the current setup can also be used in a wind tunnel in order to replicate interference effects in windy conditions. The use of a helicopter model with a six-component balance and a building model with several pressure taps allows a database to be compiled for the loads on the helicopter and obstacle. A physical interpretation of the flow phenomena can be obtained through analysis of the obstacle pressure measurements and particle image velocimetry surveys of relevant configurations.
2014
40th European Rotorcraft Forum
978-151080256-8
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/854357
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