Simulation Analysis and Experimental Research on Direct-Drive Wave Turbine

Yong Guo Li; Zhen Wang; Shi Ming Wang; Lu Yu Wang

doi:10.4028/www.scientific.net/AMM.548-549.459

Paper Titles

Metallurgical Defect and Hydrogen Embrittlement Failure of a Gear
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The Optimized Design of Tower Crane Hoisting System Based on the Improved Particle Swarm Optimization Algorithm
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Finite Element Analysis of the Influence of Balance Mode on Rolling Mill Universal Spindle Strength
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The Research on Analysis and Test Technology of Automobile Gearbox Assembly Process
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Simulation Analysis and Experimental Research on Direct-Drive Wave Turbine
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Pattern and Direction Based Smoothing Methods for Surfaces Modeling of Integral Impeller
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Research of Wind Velocity Field of the Loading Area in Case of Empty Refrigerated Compartment of the Single Temperature Zone Refrigerator Transportation Vehicle
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Slope Stability Analysis Based on Coupling Multiple Factors
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Simulation Research on Rolling Element Bearing Feature Extraction Based on Recursive Least-Squares Lattice-Ladder Algorithms
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Simulation Analysis and Experimental Research on Direct-Drive Wave Turbine

Abstract:

This paper describes a new kind of direct-drive wave turbine, which collects wave energy and part of tide through a specially designed turbine device. We want to know the right flow rate,the maximum torque, the average power.Focusing on the use of ANSYS software for the model under different flow rates, we obtain important parameters such as torque and power. Then further analysis and research by experiment are proposed. We could draw a conclusion that the device is a low number of revolutions of the turbine, which unit capacity of up to 300W, suitable for the actual ocean wave gathering requirements .The article can provide practical guidance to optimize the design.