As to a 6-DOF wire-driven parallel manipulator in the application of virtual flight experiment of wind tunnel, the high precision motion control of supported aircraft model has been researched. First, the integrated dynamic model of the system has been established, and a proportional and differential controller has been designed on the base of position feedback. Finally, the numerical simulation of motion control system has been done in the example of 6-DOF motion. The analysis result shows that the high precision motion control can be achieved by PD control law for aircraft model, and the system stability could be improved by selecting wire tension coefficient properly, which can provide theoretical reference and support for virtual flight experiment of complex model and has great practical application value.
6-DOF Virtual Flight Control Simulation of Wire-Driven Parallel Manipulator
Applied Mechanics and Materials ; 740 ; 293-298
2015-03-09
6 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
FLIGHT VEHICLE, FLIGHT VEHICLE SYSTEM, FLIGHT VEHICLE CONTROL METHOD, AND MANIPULATOR
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