Numerical and Experiment Study on New Types of Magnus Blade

Ying Xue Yao; Xue Wen Wang; Jin Ming Wu

doi:10.4028/www.scientific.net/AMM.472.271

Paper Titles

Solution of Energy Supply for Deep Ocean Installations: Design and Testing of a Micro-Fluid Turbine
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Thermal Effect of Dual-Function Solar Collector on Building in Autumn
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Multi-Stage Cascaded Quasi Z-Source Inverter System for Renewable Energy Applications
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The Design of Direct-Drive Wind Generation Grid Side PWM Converter Based on LCL Filter
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Numerical and Experiment Study on New Types of Magnus Blade
p.271

Heat Storage Performance Analysis of Solar Chimney Power Plant System
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Research on the Heat Transfer Characteristics of Receiver in Designed Solar Direct Steam Generation System
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Conceptual Design and Hydrodynamic Performance of a Floating Offshore Wind Turbine Cell-Spar-Buoy Support Structure
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Design of a Small Wind Turbine to Generate Electricity in Urban and Rural Areas
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 472Numerical and Experiment Study on New Types of...

Numerical and Experiment Study on New Types of Magnus Blade

Abstract:

Fossil energy is becoming less and less, as one of new energy, many countries pay more attention on wind energy. Magnus wind turbine has an advantage of simple structure, low cost. It can work well at a very low wind speed and the control system is very simple. As the cylinder blade of traditional Magnus wind turbine has a relatively low lift to drag ratio, This paper provide two new type blade of Magnus wind turbine and it can greatly improve lift to drag ratio of Magnus wind turbine. This paper will use CFD software Fluent, through 2D simulation, compare the lift to drag ratio of cylinder blades. At last, do experiments to compare the performance of these blades.