Simple methods for identifying linear systems from frequency or time response data
Decomposing method for linear transfer functions identification from frequency or time response, using Cauer form continued fraction expansion
Engineering topics
Publications and source records attributed to Chen, C. F..
Decomposing method for linear transfer functions identification from frequency or time response, using Cauer form continued fraction expansion
Normalized multidimensional Newton-Raphson method eliminating initial guess, using two- transformation technique
Liapunov functions synthesis for aperiodic linear systems by inspecting traces of state matrix and products
Finite element method for predicting aerodynamic characteristics of wing-body combinations
Algorithm for inverse Laplace transformation of irrational transfer function via fast Fourier transform
Algorithm for transfer matrix Heaviside expansion, using Krylov and Vandermonde transformations for multiple eigenvalue case
State space procedure for mixed boundary value problems applied to structural analysis, fluid mechanics and eigenvalues for deformable bodies
Measurements and analytical extrapolation validity in predicting full scale flight performance from model wind tunnel tests
Polonnikov generalization of Bode amplitude approximation technique to phase approximate evaluation
Transformation matrix converting phase variable form into Schwartz form for application to Liapunov function and Hurwitz criterion
Matrix form of Routh algorithm and invariance principle used in digital computer construction of root locus of system
Inverse Laplace transformations in terms of Laguerre functions
Digital computer determination of coefficients of transfer function from impulse response in time domain
Breakaway points of root loci involving complex roots found via real root system
Diamessis state matrix equation approach to calculating system performance measures from Routh algorithm
Complex root transfer functions accurately determined from frequency response data