Charts for interpolation of local skin friction from experimental turbulent velocity profiles
Graphical interpolation charts of local skin friction from compressible velocity profiles
Allen, J. M.↗
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Automated generation of distributed-lumped- active network design charts by digital computer root-locus techniques
Automated generation of distributed-lumped-active network design charts by digital computer root- locus technique
Huelsman, L. P.↗
Dynamic analysis and development of response histories and tradeoff study charts for spherical impact limiters.
Dynamic analysis and development of response histories and tradeoff study charts for spherical impact limiters for protecting hard landing planetary payloads
Berkowitz, H. M.↗
Flutter design charts for stressed isotropic panels.
Flutter design charts for isotropic panels stressed to verge of buckling for typical values of structural damping
Shore, C. P.↗
Design charts of static and rotary stability derivatives for cropped double-delta wings in subsonic compressible flow
Design charts of static and rotary stability derivatives for cropped double delta wings in subsonic compressible flow
Lamar, J. E.↗
Charts for estimating boundary-layer transition on flat plates
Charts for estimating boundary layer transition on flat plates
Hopkins, E. J.↗
Apollo mission F performance analysis of rendezvous charts
Computerized simulation and performance analysis of rendezvous charts for Apollo lunar module mission
Buell, R. K.↗
Apollo mission D performance analysis of rendezvous charts
Performance analysis of rendezvous charts for Apollo 9 mission
Hutchins, J. E.↗
Digital analysis of LM terminal phase backup charts
Digital analysis of LM terminal phase backup charts
Mc Whorter, L. B.↗
Results of simulation of LM rendezvous using graphical charts
Lunar module rendezvous using graphical charts
Hutchins, J. E.↗
Robust variables control charts based on sample means
Variables control charts based on sample means for determining in-control probability properties
Kelleher, G. J.↗
Flutter design charts for biaxially loaded isotropic panels
Flutter design charts for isotropic panels stressed to verge of buckling for tropical values of structural damping
Shore, C. P.↗
A psychrometric chart for physiological research
Psychrometric chart for physiological research involving moist air thermodynamic properties
Chambers, A. B.↗
Fiscal output data produce versatile graphic-numeric charts
Refined computerized plotting system produces low-cost graphic-numeric charts that illustrate fiscal data on monthly incremental or cumulative basis, or both. Output is in the form of hard copy or microfilm, or visual-aid transparencies prepared from hard copy for rapid management status presentations.
Powell, R. W.↗
Robust variables control charts based on sample means
In-control probability properties of variables control charts for mean population surveillance
Kelleher, G. J.↗
Star charts for manned space flight
Star charts as orientation and navigation aids in manned space flight
Gentry, G. E.↗
Compression of weather charts by the segmented Lynch-Davisson code.
The Lynch-Davisson (L-D) code is shown to be efficient for compressing line-scanned weather charts wherein each line is divided into equal-length segments, and a separate L-D code is generated for each segment. As the number of segments increases, the L-D code length decreases appreciably, thereby simplifying the encoding and decoding operations. However, the accompanying decrease in the overall compression ratio is relatively small.
Lynch, T. J.↗
A thermodynamic chart for the Mars atmosphere
A thermodynamic chart in which area represents energy per unit of mass is constructed for the Mars atmosphere. A surface pressure of 8 millibars and an atmospheric composition of approximately 100 percent carbon dioxide are assumed. Mixing-ratio and equivalent potential temperature lines are drawn to facilitate the study of water-vapor condensation. The region of sublimation of carbon dioxide is presented for the study of the formation of carbon dioxide clouds and surface frost.
Pitts, D. E.↗