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This study continues the recent investigations on a flutter-based energy harvester. The work quantifies the output power of the harvesting device in non-ideal wind conditions. The numerical model replicates gusty and nonstationary features of a moderate-intensity thunderstorm outflow. A stochastic calculus differential equation is used to numerically examine the system performance.

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Torsional-Flutter-Based Harvester: Output Power in Nonstationary, Thunderstorm-Like Winds

  • 会议论文

  • 发表日期：

    2026年

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  • Luca Caracoglia

摘要

This study continues the recent investigations on a flutter-based energy harvester. The work quantifies the output power of the harvesting device in non-ideal wind conditions. The numerical model replicates gusty and nonstationary features of a moderate-intensity thunderstorm outflow. A stochastic calculus differential equation is used to numerically examine the system performance.