RT Journal Article ID 722298fb6cebf769 A1 Sidoryuk, Maria Evguenievna T1 ROBUST CONTROL DESIGN TO SUPPRESS WING ROCK MOTION OF A WIND-TUNNEL AIRCRAFT MODEL IN 3DOF GIMBALS JF TsAGI Science Journal JO TSAGI YR 2014 FD 2015-06-05 VO 45 IS 8 SP 977 OP 992 K1 high angles of attack K1 robust control K1 linear parameter varying (LPV) design AB The dynamics of a scaled actively controlled model of a maneuverable aircraft in three degrees of freedom (3DOF) gimbals is considered. A robust control algorithm suppressing wing rock motion at high angles of attack is proposed. The robust control design is based on linear parameter varying design methods, which are an extension of H optimization on linear parameter-dependent systems. Wing rock suppression with the designed control law is validated using nonlinear time-domain simulations. PB Begell House LK https://www.dl.begellhouse.com/journals/58618e1439159b1f,4b19450c62a05278,722298fb6cebf769.html