Control of vibrational systems

Karl W.C.; Verghese G.C.

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Control of vibrational systems

机译：振动系统的控制

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Vibrational systems, characterized by their second-order or "spring-mass" nature, occur throughout engineering. Examples range from lightly damped structures, such as the proposed space station, to regional power system models. While the study of such vibrational systems has a long and rich history, concern has traditionally focused on the properties of passive, uncontrolled systems. The growing need to actively control large, complex systems of this type leads us to the study of controlled vibrational systems. We provide stability assuring constraints for compensator design. These constraints directly use the initial system model, thus avoiding the need for order reduction techniques with the associated problems of "spill-over" from the full to the reduced system model.

机译：振动系统以其二阶或“弹簧质量”性质为特征，贯穿整个工程。示例包括从轻微阻尼的结构（例如拟建的空间站）到区域电力系统模型。尽管对此类振动系统的研究已有很长的历史，但传统上人们一直将注意力集中在无源，不受控制的系统的特性上。主动控制大型复杂系统的需求不断增长，这使我们开始研究受控振动系统。我们提供补偿器设计的稳定性保证约束。这些约束条件直接使用初始系统模型，从而避免了从完整系统模型到简化系统模型的“溢出”相关问题的降阶技术需求。

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《IEEE Transactions on Automatic Control》 |1994年第1期|P.222-226|共5页
作者
Karl W.C.; Verghese G.C.;
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机译：使用半主动振动控制系统的直升机振动全局控制
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7. Flow Induced Vibrations in Engineering Systems and the Control of Flow Induced Vibrations. Simplified Active Control of Cantilevered Pipes Conveying Fluid using a PID Controller. [O] . Hitoshi Doki, Kazuo Aso, Atsushi Kanno 1995

机译：工程系统流动诱导振动及流动诱导振动的控制。使用PID控制器简化悬臂管输送液的主动控制。

Control of vibrational systems

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