… than control of flexible structures. A family of controllers designed for delayed systems is known
… A new and comprehensive methodology of control of flexible rod, with general boundary …

… The work examines the stability configuration of a rolling rigid rod in the presence of a
time-delayed (TD) in a square position as well as velocity. Examining time-delayed rolling rigid rod …

… Abstract: The wave equation describing the torsional behavior of a flexible rod with a
mass is interpreted as a linear delay system. Controllability issues are discussed. A tracking …

… of the flexible rod has a provision for applying a payload, which serves to give a deflection
of the flexible rod. A lumped parameter method is adopted for modelling the flexible rod as …

… control of flexible structures. A family of controllers designed for delayed systems is known
as … where ei(xi,t) is a torsion angle at distance xi from the left end of each flexible rod. pi, Gi, ci …

… Clearly this is the optimal feedback gain for which, at least theoretically,the settling time
consists only of the unavoidable delays. Returning to dimensional parameters, A D 1 …

… ability to use control strategies developed especially for systems with delay. Delay was
used in some control schemes for noncollocated systems (Yang, 1992; Yang and Mote, 1992). …

… -link flexible manipulator by using the hypothetical mode method and proposed a fast and
stable control strategy based on the system energy to achieve suppression of the flexible rod’s …

We present an algorithm for modelling coupled dynamic interactions of a very thin flexible
structure immersed in a high‐speed flow. The modelling approach is based on combining an …

… of linear parametervarying systems, time-delay systems, and … of time-delay systems,
parameter-varying systems, robust … in linear algebra, ordinary differential equations, and (linear) …