Controller Design to Reduce Effects of Radome Error Slope on the Stability of Misssile

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Safari, Ahmad | 2015

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Type of Document: M.Sc. Thesis
Language: Farsi
Document No: 49599 (45)
University: Sharif University of Technology
Department: Aerospace Engineering
Advisor(s): Fathi, Mohsen
Abstract:
In this project three models addressed before in the references are reviewed and the stability margins of radome error slope obtained by analytical method. Then a new model who is usefull in practical applications presented. Because of complication of this model the model is simplified and stability margins for radome error slope derived in simplified model. It is also shown that simplified applicative model is similar to model purposed in ref. [6]. Then a PD controller designed to stabilize some of models reviewed in chapter 3. The equations derived before verified in continuation of the project. The effects of parameters on the stability of missile analysed by equations derived in chapter 3. At last a PD controller applied on the model and the stability margin of radome error slope wided
Keywords:
Missile Guidance ; Missiles ; Stability Analysis ; Missile Stabilitation ; Radome Error Slope

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