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Active vibration control of an elastic beam by means of shape memory alloy (SMA) layers

机译:通过形状记忆合金(SMA)层的弹性梁的主动振动控制

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摘要

The mathematical model of a flexible beam covered with shape memory alloy (SMA) layers is presented. The SMA layers are used as actuators that are capable of changing the elastic modulus and recovery stress, thus changing the natural frequency of and adjusting the excitation to the vibrating beam. A linear control law is determined based on optimal regulator theory. The control results are discussed.
机译:提出了一种柔性梁的数学模型,其覆盖着形状记忆合金(SMA)层。 SMA层用作能够改变弹性模量和恢复应力的致动器,从而改变到振动光束的自然频率和调节激发。基于最优调节器理论确定线性控制定律。讨论了控制结果。

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