Finally, based on the derived results, a design procedure of state-feedback tracking control is proposed, which is illustrated through two examples.
We illustrate through two examples some new challenges that network, information, and control theories are facing in a world of widespread sensing, ubiquitous connectivity, and availability of massive data.
This analysis is illustrated through two examples: (1) wrinkling of a web induced by nearly uniform edge tension; (2) wrinkling of a web induced by uniform normal tension distributed over a section of the edge.
The method is illustrated through two examples of technical interest: a two-degree-of-freedom model of a rotating shaft, and a distributed parameter model of a moving tape or web.
This use of this framework is illustrated through two examples – the direct wind and pressure loads on a low-rise portal frame structure, and the debris loads on a medium rise rectangular structure.
The incorporation of EPRCM into FEM will be presented and the application of the resulting methodology for material modeling in finite element analysis will be illustrated through two examples.
The framework is illustrated through two examples: the management of rural roads in Thailand where the vast road network is being threatened by increasing floods and rising sea levels and the improvement of pavement design strategies for expressways along the coast of Hong Kong.
All these features will be presented in the current paper and illustrated through three examples.
Algorithms for implementing the theory are described and illustrated through three examples.
The approach is illustrated through three examples of technical interest: a Jeffcott rotor with hysteretic damping, a Stodola Green rotor, and a rotor of a small gas turbine.
The Lyapunov-based boundary control framework will be illustrated through three example systems the transverse vibrating string, the acoustic noise duct, and the flexible rotor each with an increasing level of complexity.
