US-UK and US-Greece Cooperative Research: Modeling, Identification, and Control of Self-Oscillating Systems

9820049Bernstein这个为期三年的奖项支持美国密歇根大学的Dennis Bernstein、格拉斯哥大学的Matthew cartell和Patras大学的Spilios Fassois在结构力学和控制系统工程方面的美英、美希合作研究。他们的研究目标是研究自振荡系统的建模、辨识和控制。他们解决这个问题的方法包括物理声学建模、能量流分析、动力学建模、识别和自适应控制。美国调查员为这一合作带来了控制方面的专业知识。英国在建模方面的专业知识和希腊在识别方面的专业知识补充了这一点。该项目的目标是开发和分析任意自振荡系统的低维通用模型，开发基于线性/非线性反馈的识别技术，并开发直接自适应控制技术。自振荡系统具有极其广泛的应用和广泛的应用前景。它们包括气动系统、气动弹性系统、热声系统、旋转系统、滞回系统和接触不稳定系统。

9820049BernsteinThis three-year award supports US-UK and US-Greece cooperative research in structural mechanics and control system engineering between Dennis Bernstein of the University of Michigan and Matthew Cartmell at the University of Glasgow and Spilios Fassois of the University of Patras. The objective of their research is to study the modeling, identification, and control for self-oscillating systems. Their approach to this problem involves physical acoustic modeling, energy flow analysis, kinetic modeling, identification, and adaptive control. The US investigator brings to this collaboration expertise in control. This is complemented by UK expertise in modeling and Greek expertise in identification. The objectives of the project are to develop and analyze low-dimensional universal models for arbitrary self-oscillating systems, develop identification techniques based on linear/nonlinear feedback, and develop direct adaptive control techniques. Self-oscillating systems are of extremely broad application and intense current interest. They include aerodynamic systems, aeroelastic systems, thermoacoustic systems, rotating systems, systems with hysteresis, and systems with contact instabilities.