.... The concept is developed for a fluid power application, but is not restricted to fluid-type devices. Practical realizations of this concept will allow downsizing of power supplies as well as reduced power consumption for any particular application. mechanical control equipment power control fluid...

... the proposed Taylor-Lie discretization method, with u = u 0 being the corresponding equilibrium value of the input variable: Φ T N , D ( x 0 , u 0 ) = x 0 . 13 03 2003 09 04 2004 mechanical control equipment nonlinear systems discrete time...

.... This necessary and sufficient condition provides a useful existence test for a successful NS MIMO QFT design. The results expose the salient features of the NS MIMO QFT design methodology. Two 2 × 2 MIMO design examples are presented to illustrate the key features of the stability theorem. mechanical control...

... . Manuscript received by the Dynamic Systems and Control Division December 2, 1998. Associate Technical Editor: S. D. Fassois. 02 December 1998 robots mechanical control equipment sonar sensors feedback Kalman filters controllers robust control The ability of following object...

... of a rotational inverted pendulum system is examined. The performance of the proposed approach is validated by both numerical and experimental results. [S0022-0434(00)01601-4] 02 November 1998 nonlinear dynamical systems control systems pendulums DC motors mechanical control equipment Block...

... compressors control systems hysteresis motors feedback mechanical control equipment A basic understanding of the effects of rotating stall can be gained by considering the operating characteristic in Fig. 2 . Since the optimal operation objective (at given speed) is to increase the pressure rise Ψ...

... optical sensors pneumatic systems mechanical control equipment actuators The aim of this work is to elaborate a mathematical model with practical methods for its numerical resolution of an opto-pneumatic detector (OPD) used in an opto-pneumatic interface. In the case of a OPD with low...