从能量的角度研究气动翼板控制悬索桥颤振的物理机理。
Flutter control of the suspension Bridges by pneumatic winglets is studied from the standpoint of energy mechanism.
德国站的比赛中引入了一种小巧但很有效的空气动力部件——一种新的后部绕流板，原本预期会在匈牙利站比赛中出现的附加的两片后抛翼板在主后翼的下方和后轮前方。
A small but effective aero change introduced in Germany - ahead of a new rear diffuser expected at the next round in Hungary - is this extra flip-up under the main one in front of the rear wheel.
主动控制翼板是一种新型桥梁气动措施。
Using active aerodynamic wing is a new aerodynamic measure for bridge stability.
分析表明，主梁下风侧附加翼板对悬索桥颤振是一种有效的气动控制措施。
The analysis shows that the additional surface attached below the trailing edge is an effective aerodynamic means for suppressing the flutter of suspension Bridges.
分析表明，主梁下风侧附加翼板对悬索桥颤振是一种有效的气动控制措施。
The analysis shows that the additional surface attached below the trailing edge is an effective aerodynamic means for suppressing the flutter of suspension Bridges.
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