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Experimental Verification of an Oscillating-BodyWave Energy Converter with a Variable Tuned Inertial Mass Mechanism

机译:具有可变调谐惯性质量机构的振荡波能量转换器的实验验证

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In this study, an oscillating body WEC with a variable tuned inertial massmechanism is proposed to enhance the power generation performance.The tuned inertial mass mechanism has been recently introduced for civilstructures subjected to external loadings such as earthquake and wind toincrease energy absorption capability and to decay vibration rapidly. Asan alternate source of vibrations, the application of this idea to WECscan be expected to have a significant effect. However in real sea state,the resonant frequency of the mechanism needs to be adjusted corre-sponding to the change of the wave frequency to achieve high energyabsorbing performance. Thus, a small-scale prototype of the proposeddevice is designed and wave flume tests are carried out with input ofdifferent frequency regular waves. The results show that the properlydesigned WEC with the proposed mechanism demonstrates better powergeneration performance compared to the WEC without the mechanismover a wide range of wave frequencies.
机译:在这项研究中,具有可变调谐惯性质量的振动体WEC 提出了提高发电性能的机制。 调谐惯性质量机制最近已引入民用 承受地震和风等外部荷载的结构 提高能量吸收能力并迅速衰减振动。作为 振动的替代来源,这种想法在WEC中的应用 可以预期会产生重大影响。但是在真正的海况下 该机构的共振频率需要相应地进行调整 响应波频率的变化以实现高能量 吸收性能。因此,提出的小规模原型 设计了装置,并通过输入进行波槽测试。 不同频率的规则波。结果表明,正确 通过提出的机制设计的WEC展示了更好的功能 与没有机制的WEC相比,发电性能 在很宽的波频率范围内。

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