Modern electrohydraulic servo control

Author: Wang Zhanlin
Publisher:
Publish Date: 2005-02-01
Features: Adopts modern control methods to control electro-hydraulic servo systems. Includes the development, characteristics, and control strategies of electro-hydraulic servo control; the optimal design, adaptive control, and load variation compensation of electro-hydraulic servo control systems; composite control of electro-hydraulic systems and power-by-wire systems, as well as servo control of differential hydraulic cylinders; redundant control of electro-hydraulic servo systems, and control of discontinuous hydraulic systems (including Bang-Bang control, variable structure control, fuzzy control, PWM, PCM, and composite control of various modern control strategies including neural networks); neural network control of speed regulation systems; and integrated bus management of airborne multi-electromechanical systems. The content is novel and emphasizes practical engineering applications. It can serve as a reference for engineering technicians engaged in electromechanical control, hydraulic technology, mechanical engineering, and electromechanical integration, and can also be used as a textbook for graduate students in related fields.