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机译:直升机转子叶片振动的智能弹簧控制
Carleton University, Ottawa, Ontario K1S 5B6, Canada Department of Mechanical and Aerospace Engineering;
Carleton University, Ottawa, Ontario K1S 5B6, Canada Department of Mechanical and Aerospace Engineering;
Carleton University, Ottawa, Ontario K1S 5B6, Canada Department of Mechanical and Aerospace Engineering;
c_1, c_2: Smart Spring viscous damping coefficients associated with primary and secondary load paths; F: external (input) force applied to the Smart Spring; k: effective dynamic stiffness of the Smart Spring; k_1, k_2: Smart Spring constants associated with primary and secondary load paths; m: effective inertia of the Smart Spring;
机译:通过叶片根部阻抗控制抑制直升机弹簧的智能弹簧的实验评估
机译:智能弹簧阻抗控制算法抑制直升机叶片谐波振动
机译:用于直升机叶片主动振动控制的智能弹簧的开发
机译:直升机叶片振动和噪声的智能弹簧控制
机译:带有主动式桨尖的智能直升机旋翼。
机译:一种基于振动传感器的方法用于产生精确的转子轨道形状具有新的转子密封设计测试和诊断的一般陷波滤波器方法
机译:直升机叶片主动振动控制智能弹簧的研制
机译:用于直升机旋翼桨叶的单独叶片控制单/ Rev减震。第1阶段