## Short account of the theories for the study of servo systems defined by linear differential equations with constant coefficients and influenced by stochastic disturbances |

### What people are saying - Write a review

We haven't found any reviews in the usual places.

### Common terms and phrases

AERO TN 46 Aerodynamic amplitude arbitrary aspect ratio wings auto-correlation function Berndt bodies of revolution correlation functions cross-spectral density defined by linear determined deviation Dirichlet's type distribution function ensemble mean values ergodicity hypothesis finite Flodin flow around slender Fourier series Fourier transforms func functions and spectral Gullstrand Gv(co incompressible influenced by stochastic inputs and outputs integral of Dirichlet's interval Keune KTH AERO TN LINEAR DIFFERENTIAL EQUATIONS low aspect ratio low speeds Natural number ordinal number Orlik-Riickemann plane delta wings power spectral density pressure distribution probability density probability distribution radians per unit right member Root mean square series x(f servo circuits set of points slender bodies speeds and zero stationary process stochastic disturbances stochastic process study of servo subsonic Sundstrom supersonic flow symbol T-interval TF-transforms TFx(co tion functions transfer functions transforms of inputs transonic flow transonic speeds wings at low zero incidence zero lift zero yaw