Electrohydraulic thrust vector control of twin rocket engines with position feedback via angular transducers - LAZIC, Dragan V; RISTANOVIC, Milan R (Control engineering practice, 2007)
Keywords: Angular transducer; Applied sciences; Computer science; control theory; systems; Control system synthesis; Control theory. Systems; Drives; Electrohydraulic servosystem; Exact sciences and technology; Gimbal nozzle; Mechanical engineering. Machine design; Servoactuator; Servovalve; Speed variators, torque converters. Hydraulic drives and controls, pneumatic drives and controls, fluids and components, hydraulic motors, pneumatic motors; Thrust vector control; Gimbal nozzle; Servoactuator; Angular transducer; Electrohydraulic servosystem; Servovalve; Thrust vector control; Hydraulic control; Feedback regulation; Electrohydraulic control; Modeling; Robotics; Cardan suspensor; Maneuverability; Transducer position; Vector control; Engine control; Angular position; Assembly; Actuator; Spacecraft; Aerodynamics; Rocket engines; Control surface; Inverse problem; Missile; Nozzle; Thrust