Advanced Actuation Systems Development
This report has yet to be scanned by Contrails staff
Report Number: WRDC-TR-89-3076 Volume II
Author(s): Jenney, Gavin D., Schreadley, Harry W., Anderson, John A., Talley, William G., Allbright, Carl A.
Corporate Author(s): Dynamic Controls, Inc.
Laboratory: Flight Dynamics Laboratory
Date of Publication: 1989-08
Pages: 365
Contract: F33615-S3-C-3600
DoD Project: 2403
DoD Task: 240302
Identifier: ADA213378
Abstract:
This report describes six different research and development activities in flight control actuation. The activities are: (1) the development and test of a unique linear actuator sealing system for high pressure systems, (2) the development and test of a digital servovalve using piezo-controlled high speed solenoid valves, (3) the performance evaluation of an F-15 rudder actuator under applied loads, (4) the performance evaluation of a Mission Adaptive Wing section under different load conditions, (5) the evaluation of output impedance modification of an electrohydraulic actuator for flutter suppression, and (6) the development and test of a direct drive valve and electronics (analog and digital) for an F-16 Horizontal Tail/Flaperon actuator. Volume I of the report presents activities 1, 2, and 3. Volume II present activities 4, 5, and 6.
Provenance: University of Colorado Colorado Springs, Kraemer Family Library
Author(s): Jenney, Gavin D., Schreadley, Harry W., Anderson, John A., Talley, William G., Allbright, Carl A.
Corporate Author(s): Dynamic Controls, Inc.
Laboratory: Flight Dynamics Laboratory
Date of Publication: 1989-08
Pages: 365
Contract: F33615-S3-C-3600
DoD Project: 2403
DoD Task: 240302
Identifier: ADA213378
Abstract:
This report describes six different research and development activities in flight control actuation. The activities are: (1) the development and test of a unique linear actuator sealing system for high pressure systems, (2) the development and test of a digital servovalve using piezo-controlled high speed solenoid valves, (3) the performance evaluation of an F-15 rudder actuator under applied loads, (4) the performance evaluation of a Mission Adaptive Wing section under different load conditions, (5) the evaluation of output impedance modification of an electrohydraulic actuator for flutter suppression, and (6) the development and test of a direct drive valve and electronics (analog and digital) for an F-16 Horizontal Tail/Flaperon actuator. Volume I of the report presents activities 1, 2, and 3. Volume II present activities 4, 5, and 6.
Provenance: University of Colorado Colorado Springs, Kraemer Family Library