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Title: Natural rotor icing on Mount Washington, New Hampshire
Authors: Itagaki, Kazuhiko.
Lemieux, G.
Bosworth, H. (Hazen)
Keywords: Aircraft icing
Cold fog
Propeller icing
Cold regions
Rotor icing
Wind turbines
Wind tunnels
Aerial propellers
Mount Washington, New Hampshire
Issue Date: Sep-1986
Publisher: Cold Regions Research and Engineering Laboratory (U.S.)
Engineer Research and Development Center (U.S.)
Series/Report no.: CRREL report ; 86-10.
Description: CRREL Report
Abstract: Icing of a four-bladed rotor was studied under natural conditions at the top of Mt. Washington, N.H. The rotor had two cylindrical blades and two airfoil blades. The results were compared with studies conducted in icing wind tunnels. Considerable differences in icing regimes were observed. For instance, with comparable liquid water content and wind speed the wet-to-dry growth regime transition temperature was up to 10°C higher under natural conditions than in the wind tunnel studies. Results of other studies made under natural conditions were close to those of the present study, indicating that wind tunnel conditions are significantly different from natural conditions. Close examination of the conditions indicated that supersaturation of water vapor existing in most of the wind tunnel studies is the most probable cause of the differences.
Appears in Collections:CRREL Report

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