AIRCRAFT DESIGN PERGAMON Aircraft Design 3 i2(X

First Page		Document Content
Date: 2011-06-12 13:06:04 Aeronautics Spaceflight Flight dynamics Aircraft dynamic modes Differential equation Phugoid Fixed-wing aircraft MATLAB Control theory Aerospace engineering Space technology Aerodynamics		AIRCRAFT DESIGN PERGAMON Aircraft Design 3 i2(X Add to Reading List Source URL: www.fzt.haw-hamburg.de Download Document from Source Website File Size: 1,23 MB Share Document on Facebook

	Third Call for Papers TOPICS 21st International Conference on System Theory, Control and DocID: 1vrw3 - View Document
	A Dynamic Field Theory Based Pilot Model To Control Aircraft Pitch Attitudes Yasin Kaygusuz () TAI, Turkish Aerospace Industries, Fethiye Mah., Havacılık blv. No17, Akıncı, Kazan 06980, Ankara, Tu DocID: 1vmTp - View Document
	New Mathematical Tools in Reach Control Theory by Melkior Ornik DocID: 1vm3Q - View Document
	IMPLICIT DISCRETIZATION IN SLIDING-MODE CONTROL: THEORY AND EXPERIMENTS IMPLICIT DISCRETIZATION IN SLIDING-MODE CONTROL: THEORY AND EXPERIMENTS Bernard Brogliato, INRIA Grenoble DocID: 1v4sN - View Document
	References Summer School on Time Delay Equations and Control Theory Dobbiaco, June 25– DocID: 1uZZa - View Document