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Study of the Effect of Centrifugal Force on Rotor Blade Icing Process
Published 2017-01-01“…In view of the rotor icing problems, the influence of centrifugal force on rotor blade icing is investigated. …”
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Numerical study of ice crystal movement and melting in rotating blade channels
Published 2024-12-01“…The motion and melting characteristics of ice crystals in the rotating blade channel are investigated. …”
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Time-Dependent Effects of Glaze Ice on the Aerodynamic Characteristics of an Airfoil
Published 2018-01-01“…Leading edge glaze ice accretion was simulated with flat plates (spoiler-ice) extending along the span of the blade. …”
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Fatigue Analysis for Shaft of Inland River Ship Under Ice Load
Published 2025-01-01“…In addition to ensuring the safety of propeller blades, the fatigue strength of the propulsion shaft system under ice load excitation must also be considered. …”
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Wind Tunnel Test of the Icing Characteristics of Airfoil Rotating around a Vertical Axis
Published 2020-01-01“…To determine the process of icing on the rotating machinery, an icing experiment on a rotating airfoil blade was carried out in this paper. …”
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Experimental Research on the Similarity of Rime Icing on a Cylinder Rotating around Its Horizontal Axis
Published 2021-01-01“…Ice accumulation on the blade of a wind turbine surface seriously threatens the operational safety of the turbine; therefore, the research on this problem is very important. …”
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High Humidity Aerodynamic Effects Study on Offshore Wind Turbine Airfoil/Blade Performance through CFD Analysis
Published 2017-01-01“…It is found that the high humidity effects with water vapor mixing flow and water condensation thin film around airfoil may have insignificant effect directly on airfoil/blade performance; however, the indirect effects such as blade contamination and icing due to the water condensation may have significant effects on turbine performance degradation. …”
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Enhancing the interlaminar adhesion of carbon fiber composites via carbon nanotube sheets
Published 2024-04-01“…The findings indicate that the insertion of well-aligned ultrathin CNT sheets in the interlaminar region of a spread tow carbon fiber composite provides significant enhancement in mechanical and electrical performance, paving the path toward applications where both mechanical and electrical performances are crucial, such as for structural health monitoring, lightning protection, and de-icing in aircraft and wind blades.…”
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