A procedure for comparing passive, active, and semi-active approaches to vibration isolation
β Scribed by Donald L. Margolis
- Publisher
- Elsevier Science
- Year
- 1983
- Tongue
- English
- Weight
- 857 KB
- Volume
- 315
- Category
- Article
- ISSN
- 0016-0032
No coin nor oath required. For personal study only.
β¦ Synopsis
A procedure is developed which uses bond graph modeling and a digital computer to determine if semi-active control can provide a suitable performance in an application
where totally active control is considered. The application areas principally addressed are those in which the disturbance inputs to the system are of zero mean, i.e. shock and vibration control. The procedure is developed through examples and then generalized to systems of high order and large complexity. The procedure consists basically of designing a control strategy suitable for totally active control and then enforcing a passivity constraint on the actuating device. Experience has shown that semi-active control approaches that of totally active control in most vibration isolation applications.
π SIMILAR VOLUMES
A quadratic programming algorithm is presented for studying the design tradeoffs of active-passive vibration isolation systems. The novelty of the technique is that the optimal control problem is posed as a quadratic optimization with linear constraints. The quadratic cost function represents the me
## Abstract This comparative case study examined the capture and selection practices used to populate electronic depositories of bornβdigital state government publications. The three case sites illustrate differences in collection building approaches, technological infrastructures, and statutory co
This paper introduces the theory of an impedance-mobility matrix model used to predict the structural vibration transmission between two plates, which are mechanically coupled via an active mounting system. With this model the active and passive isolation e!ectiveness of di!erent types of mounting s