This book deals with the design and control of hydraulic systems and using the system components signature as an input to control the system pump and monitoring the health of the system in real time environment. The book starts with listing some problems that can be encountered in the systems and redesigning the pump to improve the system performance. Then, the pipe dynamics is studied with different boundary conditions and the study includes the effect of the pump pulsation on the pipe response. New control strategy is introduced to minimize vibration levels, reduce the rise time, and to reduce noise levels. Then, it is generalized to control the pump flow according to load requirements and pipe vibration levels. A compensation factor is introduced to moderate the negative impact of the pipe vibrations, and to generate a new set value for the inclination angle. For timely detection of faults, the application of wavelet analysis to detect different defects is examined. Some defects are produced, such as pipe flutter, pump dynamic instability, and voltage unbalance in driving electric motor. Suggestions for future work are proposed.
"Sinopsis" puede pertenecer a otra edición de este libro.
This book deals with the design and control of hydraulic systems and using the system components signature as an input to control the system pump and monitoring the health of the system in real time environment. The book starts with listing some problems that can be encountered in the systems and redesigning the pump to improve the system performance. Then, the pipe dynamics is studied with different boundary conditions and the study includes the effect of the pump pulsation on the pipe response. New control strategy is introduced to minimize vibration levels, reduce the rise time, and to reduce noise levels. Then, it is generalized to control the pump flow according to load requirements and pipe vibration levels. A compensation factor is introduced to moderate the negative impact of the pipe vibrations, and to generate a new set value for the inclination angle. For timely detection of faults, the application of wavelet analysis to detect different defects is examined. Some defects are produced, such as pipe flutter, pump dynamic instability, and voltage unbalance in driving electric motor. Suggestions for future work are proposed.
"Sobre este título" puede pertenecer a otra edición de este libro.
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Condición: New. This book deals with the design and control ofhydraulic systems and using the system componentssignature as an input to control the system pump andmonitoring the health of the system in real timeenvironment.The book starts with listing some problems that ca. Nº de ref. del artículo: 4956593
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Taschenbuch. Condición: Neu. Neuware - This book deals with the design and control ofhydraulic systems and using the system componentssignature as an input to control the system pump andmonitoring the health of the system in real timeenvironment.The book starts with listing some problems that canbe encountered in the systems and redesigning thepump to improve the system performance. Then, thepipe dynamics is studied with different boundaryconditions and the study includes the effect of thepump pulsation on the pipe response.New control strategy is introduced to minimizevibration levels, reduce the rise time, and to reducenoise levels. Then, it is generalized to control thepump flow according to load requirements and pipevibration levels. A compensation factor is introducedto moderate the negative impact of the pipevibrations, and to generate a new set value for theinclination angle.For timely detection of faults, the application ofwavelet analysis to detect different defects isexamined. Some defects are produced, such as pipeflutter, pump dynamic instability, and voltageunbalance in driving electric motor. Suggestionsfor future work are proposed. Nº de ref. del artículo: 9783639091410
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