actuatr.hlp

一个非常好的基于MATLAB的飞机动态控制工具箱,对于从事该方面研究的读者非常有参考价值

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 Actuator and cable dynamics
 ===========================
 Subsystem of APILOT1, APILOT2, and APILOT3.

 This subsystem contains the dynamics of the actuators and cables
 for ailerons, elevator, and rudder channels. In the case of the
 'Beaver' aircraft, these dynamics are modelled as linear state-
 space blocks. Before starting a new simulation, the state matri-
 ces Aail, Bail, Cail, Dail, Aelv, Belv, Celv, Delv, and Arud,
 Brud, Crud, and Drud must be loaded into the MATLAB workspace.
 These matrices can be obtained from the files FCS35.DAT,
 FCS45.DAT, or FCS55.DAT, which contain the state matrices for
 V = 35 m/s, V = 45 m/s, and V = 55 m/s, respectively. Choose
 the set which best fits your desired airspeed; in general
 FCS45.DAT gives good results.


 More info
 =========
 See APILOT.HLP for more general information about the 'Beaver'
 autopilot simulation system.


 References
 ==========
 [1]  M.O. Rauw, A SIMULINK environment for Flight Dynamics and
      Control analysis - Application to the DHC-2 'Beaver',
      PART II! Graduate's thesis, Delft University of Technology,
      Faculty of Aerospace Engineering, Delft, 1993.

 [2]  P.N.H. Wever, Ontwerp en implementatie van de regelwetten
      van de De Havilland DHC-2 'Beaver' (in Dutch). Graduate's
      thesis, Delft University of Technology, Faculty of Aero-
      space Engineering, Delft, 1993.

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The FDC toolbox, Copyright Marc Rauw 1994-1998.