首页|基于大型波流水槽的FL-TENG水动力试验研究

基于大型波流水槽的FL-TENG水动力试验研究

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本研究以莲花状摩擦纳米发电装置(FL-TENG)为研究对象.利用大型波流水槽构建FL-TENG模型试验,得到FL-TENG在不同工况下的发电性能和水动力性能.分析FL-TENG的电流和电压等效值以及横摇和缆力幅值随波浪波高、周期、流速以及装置负重等工程变量的变化规律;并从船舶动力学和FL-TENG结构原理的角度出发,分析和讨论呈现该变化规律的原因;最后通过分析不同工况变量的情况下,FL-TENG的发电性能随横摇幅值的变化规律,得到FL-TENG发电性能和横摇幅值的关系.
Hydrodynamic performance testing study of FL-TENG in a large wave-current flume
With Lotus Flower-Like Triboelectric Nanogenerator(FL-TENG)as the research object,FL-TENG model test was conducted in a large wave-current flume.The power generation performance and hydrodynamic perfor-mance of FL-TENG under different working conditions were measured.The authors analyze the changes in the equivalent values of current and voltage of FL-TENG as well as the amplitude of roll and cable force with the engi-neering variables such as wave height,period,flow velocity and load on the device.From the perspective of ship dy-namics and the structural principle of FL-TENG,the reasons for the above-mentioned changes were analyzed and discussed.Finally,by analyzing the changes of FL-TENG's power generation performance and the amplitude of roll under different working conditions,the relationship between FL-TENG's power generation performance and roll am-plitude were obtained.

FL-TENGmulti-degree of freedompower generation performancehydrodynamic performancewave-current excitation

李俊锋、杨小龙、赵正华、曾海铃、邵俊洁、巫志文

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广西大学土木建筑工程学院,南宁 530004

广西大学工程防灾与结构安全教育部重点实验室,南宁 530004

广西大学电气工程学院,南宁 530004

FL-TENG 多自由度 发电性能 水动力性能 波流激励

2024

广西水利水电
广西水利电力勘测设计研究院

广西水利水电

影响因子:0.135
ISSN:1003-1510
年,卷(期):2024.(3)
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