Random function tracer Patent
Design and development of random function tracer for obtaining coordinates of points on contour maps
Eskew, M. H., Jr.↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Radio wave scattering from random fluctuations in an anisotropic medium
Radio wave scattering from random electron density fluctuations in cold anisotropic magnetoplasma
Simonich, D. M.↗
Mean square exceedance characteristics of a single tuned system to amplitude modulated random noise
Mean square exceedance characteristics of single tuned system to amplitude modulated random noise of limited duration
Barnoski, R. L.↗
Themis signal analysis statistics research program. Generally usable sequential randomization tests for two-way ANOVA that emphasize the more recent data
Statistical mechanics of sequential randomization tests for two way variance emphasizing most recently acquired data and applications in quality control
Walsh, J. E.↗
Themis signal analysis statistics research program. Always applicable sequential randomization tests for one-way ANOVA that emphasize the more recent data
Statistical mechanics of sequential randomization tests for one way variance emphasizing most recently acquired data and applications in quality control
Walsh, J. E.↗
Fourier and statistical analysis at random waveforms, part D Final project report
Computer programming formulas for frequency and statistical analysis of random waveform signals including Fourier analysis, probability density functions, and autocorrelation
Luckinbill, D. L.↗
Effect of randomly fluctuating pressure gradients, with arbitrarily specified power spectrum and probability density, on flow in channels
Randomly fluctuating, non-Gaussian pressure gradient effect on steady, incompressible channel flow
Perlmutter, M.↗
Evaluation of three analytical methods for structures under random acoustic excitation
Evaluation of three methods for determining response analysis of plate and shell structures under random acoustic excitation
Hwang, C.↗
Nonlinear effects of a gas-bearing pendulous- integrating gyroscopic accelerometer under random vibrations
Random vibrations nonlinear effects on gas bearing pendulous-integrating gyroscopic accelerometer response, using digital simulation
Thomason, H. E.↗
A statistical analysis of the roll rate of a launch vehicle under the influence of random fin misalinements
Launch vehicle under influence of random fin misalignments, predicting roll rate by statistical analysis
Madden, R. B.↗
Response of structures to nonhomogeneous random pressure fields
Structural vibration response to nonhomogeneous random pressure fields based on homogeneous field theory
White, P. H.↗
Simulation of multivariate and multidimensional random processes
Multivariate and multidimensional random processes simulation with specified cross spectral density, applying to nonlinear structural vibration analysis
Shinozuka, M.↗
Random walk techniques in the solution of first order digital phase-locked loops
First order digital phase locked loops analysis for single channel command system, using random walk techniques
Holmes, J. K.↗
Analysis of nonlinear panel flutter and response under random excitation or nonlinear aerodynamic loading
Nonlinear panel flutter analysis and response under random excitation or nonlinear aerodynamic loading, using Rayleigh-Ritz approximation to Hamilton variational principle
Eastep, F. E.↗
Response of a cylindrical shell to random acoustic excitation
Cylindrical shell dynamic response to random acoustic excitation within narrow frequency band of low modal density
Kana, D. D.↗
The response of cylindrical shells to random acoustic excitation over broad frequency ranges
Closed cylindrical shell response to randomly time distributed broadband acoustic excitations, using statistical energy method to compute displacement and interior pressure
Bessey, R. L.↗
Peak structural response to nonstationary random excitations
Peak structural response to nonstationary random excitations, approximating by Weibull distribution and Monte Carlo technique
Shinozuka, M.↗
Hybrid-computer optimization of systems with random parameters
Hybrid computer Monte Carlo technique for simulation and optimization of system with random parameters
White, R. C., Jr.↗