... from the ball bearings to casing measuring points are measured, and a sensitivity analysis is performed. Faults are created on the inner ring, outer ring, and ball of the ball bearings in the two experimental rigs. The ball bearing experiments are carried out, and the fault features are extracted...

... to as target nodes) are grouped based on the similarity of their thermal response using both K-means and a proposed temperature ratio clustering method. A sensitivity analysis of the temperature distribution for these groups of target nodes identifies the sensor location for each cluster that exhibits...

... presented in this study. System dynamical information, for example, lateral displacement, stress distribution, and driving moment for web guiding, are obtained from simulations. Parameter sensitivity analysis illustrates the effect of influence variables and effectiveness of the PI control law for lateral...

... on the individual effects of fuel and exhaust gas recirculation on the HCCI combustion is provided. Using sensitivity analysis around a wide range of operating conditions of a single-cylinder port-injection gasoline HCCI engine, we find that temperature is the dominant factor in determining the start of combustion...

... 2004 17 07 2006 fault diagnosis observers robust control linear matrix inequalities uncertain systems sensitivity analysis The main task of Robust Fault Detection (RFD) problem is to design observers to enhance the fault detection and to attenuate the effects due to unknown...

... piezoelectric actuators low-pass filters dielectric hysteresis reduced order systems discrete time systems closed loop systems recursive estimation least squares approximations Lyapunov methods three-term control sensitivity analysis stability displacement control Multilayer LVPZT Blender...

... feedback sensitivity analysis notch filters Automatic Loop Shaping Robust Control QFT Linear Feedback Systems Loop shaping is often a key step in the process of designing a controller. Although the skill can be gained easily, loop shaping is not simple, and many are not familiar...

... 2004 robust control hydraulic actuators digital control controllers harmonics low-pass filters signal generators sensitivity analysis electrohydraulic control equipment Repetitive control is effective in tracking or canceling periodic signals by applying high gain feedback...

..., the influence of infinitesimal camera reading errors on measured coordinate errors is determined by sensitivity analysis. Experimental verification demonstrates that the performance of the proposed system is excellent. Barnard , S. T. , and Fischler , M. A. , 1982 , “ Computational Stereo...

... synthesis filtering theory frequency-domain synthesis sensitivity analysis stability Repetitive control is a subclass of learning control systems that achieves low error in systems with periodic exogenous inputs with known period. This is achieved by introducing a highly frequency selective gain...

...Nader Jalili, Assistant Professor, Assoc. Mem. ASME,; Nejat Olgac, Professor, Fellow ASME, A sensitivity analysis is presented for a novel tuned vibration absorber. The active tuning of the absorber is achieved using partial state feedback with a controlled time delay. The final structure, which...