📄 fdcintro.htm
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FDC help: FDC intro
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Introduction to the FDC toolbox
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<p>The FDC toolbox is a Matlab/Simulink toolbox for Flight Dynamics and
Control analysis. It includes a full-featured non-linear dynamic <a
href="beaver.htm">model</a> of the DeHavilland DHC-2 'Beaver' aircraft,
implemented in a modular Simulink block-diagram structure, plus several Matlab programs that can be used to access the model for the determination of steady-state <a href="actrim.htm">trimmed</a> flight conditions and to <a href="aclin.htm">linearize</a> the model. Due to its modular structure, it is relatively easy to adapt the aircraft model for other types of aircraft, if desired.</p>
<p>FDC also contains some additional Simulink
systems which can be coupled to the input or output side of the nonlinear
aircraft model. These systems include <a href="windlib.htm">wind and
turbulence</a> models for assessing aircraft responses to atmospheric disturbances, and <a href="navlib.htm">radio navigation</a> models, which can simulate ILS or VOR radio-navigation signals.</p>
<p>The main entry into the FDC toolbox is provided by the Simulink library <i><a href="fdclib.htm">FDCLIB</a></i>. It provides access to sublibraries which contain all blocks from the Beaver simulation model and links to the aircraft model itself. <i>FDCLIB</i> also provides access to the wind and turbulence library, the navigation models library, open-loop simulation models and simulation models of the 'Beaver' autopilot.</p>
<p>Detailed information about all models and libraries can be found in the FDC user-manual. More on-line help information is also available; see the <a href="fdc.htm">table of contents</a> for more details.</p>
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