CAJ | 학술논문

为提高波浪能发电装置的发电效率与适应能力，利用Weis-Fogh效应可以产生瞬态高升力的特点，设计顶杆-翼板型波浪能发电装置，基于Weis-Fogh理论设计翼板形状并建立翼板运动方程，结合强度理论求解并校核顶杆的尺寸，应用ANSYS软件对顶杆-翼板组合体进行应力仿真。理论分析及仿真结果表明该组合体结构强度满足安全要求。
위제고파랑능발전장치적발전효솔여괄응능력，이용Weis-Fogh효응가이산생순태고승력적특점，설계정간-익판형파랑능발전장치，기우Weis-Fogh이론설계익판형상병건립익판운동방정，결합강도이론구해병교핵정간적척촌，응용ANSYS연건대정간-익판조합체진행응력방진。이론분석급방진결과표명해조합체결구강도만족안전요구。
In order to improve the generation efficiency and adaptability of wave power generation device, the characteristic of Weis-Fogh effect that can produce high lift force in transient is applied to design the ejector pins-wing plate wave power genera-tion device.The Weis-Fogh theory is used to design the shape of wing plate and establish the motion equation of wing plate.The scantling of ejector pins is designed by strength theory, and the strength of ejector pins-wing plate is evaluated in ANSYS.Theo-retical analysis and simulation result show that the strength of combination solid meets the safety requirements.