Design on the Frequency Parameter Plane with Application to Roll Stabilization of Ship.
NAVAL POSTGRADUATE SCHOOL MONTEREY CALIF
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Frequency parameter plane techniques are developed for the analysis and synthesis of both linear and nonlinear systems. The transmission function of a dynamic system contains two parameters which are adjusted to provide desired performance. These parameters represent elements of the system. The four dimensional parameter space relating magnitude, frequency, and the two parameters may be represented by seven two dimensional projections of the parametric curves. Computer programs are developed for the computation, and graphs of results are obtained. Interpretations of the graphs can be used for design of systems such as tank stabilizers. Author
- Marine Engineering