Effect of Extreme Temperature on the Performance of Wind Turbine Blade

Jia Yang; Wen Jun Qi

doi:10.4028/www.scientific.net/KEM.522.457

Paper Titles

Two-Phase Flow Field Characteristics Analysis on Seal Cavity for Bellows Mechanical Seal under Variable Operating Conditions
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Analysis of the Pressure and Carrying Capacity of the Friction Pair Fluid-Film for the High Parameter Bellows Mechanical Seal
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The Parametric Modeling and Contact Strength Analysis for the Wind Power Increasing Gear
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The Influence of Global Warming on the Optimal Lectotype of Wind Turbine
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Effect of Extreme Temperature on the Performance of Wind Turbine Blade
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Precision-Location of Gang Blade and Segment of Hard Grit Based on Double Stochastic Numbers and Systematic Design
p.462

Research on RecurDyn Based Simulation Method for the Brake Shoe Eccentric Wear in Railway Freight Cars
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Finite Element Analysis on the Rigidity of the Blade Carrier in a Guillotine Sheet-Metal Shear
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Simulation and Optimization of Six-Bar Mechanism of Shaper Based on ADAMS
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HomeKey Engineering MaterialsKey Engineering Materials Vol. 522Effect of Extreme Temperature on the Performance...

Effect of Extreme Temperature on the Performance of Wind Turbine Blade

Abstract:

According to the Dabancheng wing farm weather conditions from 1971 to 2000, and its extreme temperature conditions, the performance change of 750KW wind turbine blade with them was researched in the article. Import UG Modeling to ANSYS, then achieve the static structural analysis and the heat-structure interaction analysis respectively. The results show that comparing aerodynamic-temperature loads with aerodynamic loads, the stress, strain and displacement of the blade is increased by 13.89%, 10.29% and 0.20%. Therefore, temperature changes have a certain impact on the blade performance. In the future, the temperature will be a necessary consideration during design of blade structure.

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Periodical:

Key Engineering Materials (Volume 522)

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457-461

DOI:

https://doi.org/10.4028/www.scientific.net/KEM.522.457

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Online since:

August 2012

Authors:

Jia Yang, Wen Jun Qi

Keywords:

Air Temperature Change, ANSYS, Blade Modeling, UG

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