A computer program for graphical presentation of aeropalynologic and pollen stratigraphic data
Computer programs for plotting pollen diagrams
Grossman, C. J.↗
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Results for “COMPUTER PROGRAM”
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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Interplanetary Guidance System Requirements Study. Volume 2 - Computer Program Descriptions. Part 2 - Performance Assessment of Midcourse Guidance Systems
Mathematical model, program description and users guide to digital computer programs for interplanetary mission guidance and control
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Interplanetary guidance systems requirements study. Volume 2 - Computer program descriptions. Part 5 - Nominal atmospheric entry trajectories, version 1
Computer program for simulating lifting vehicle atmospheric entry flight trajectory
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Interplanetary guidance system requirements study. Volume 2 - Computer program descriptions. Part 6 - Nominal atmospheric entry trajectories, version 2
Computer program for simulating single-pass and single-skipout trajectories for lifting reentry vehicles
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Computer program for calculating isothermal, turbulent jet mixing of two gases
Computer program for calculating isothermal, turbulent jet mixing flow of two gases in coaxial flow, gas gore nuclear reactors
Donovan, L. F.↗
Computer program for off-design performance of radial inflow turbines
Computer program estimates off-design performance without making actual tests and design point performance. Turbine flow areas, diameters, and blade angles are required input information.
Futral, S. M., Jr.↗
A simplified equilibrium hydrocarbon-air combustion gas model for convenient use in air-breathing engine cycle computer programs
Hydrocarbon-air combustion gas model for engine cycle computer programs
Mascitti, V. R.↗
Computer program for analysis of flow across a gas turbine seal
Computer program analyzes the flow /leakage/ across a sealing dam for the case of steady, laminar, subsonic, isothermal, compressible flow. The analysis considers both parallel sealing-dam surfaces and surfaces with small tilt angles.
Smith, P. J.↗
A computer program version of the Brouwer orbital theory with optional modifications
Computer program for calculating osculating values of Keplerian elements of satellite orbit
Hertz, H. G.↗
A Computer Program for the Prediction of Ducted Fan Performance
Manual for computer program for predicting performance of ducted fans
Mendenhall, Michael R.↗
User's manual for RAVFAC - A radiation view factor digital computer program
Contour integrals and finite difference in Radiation View Digital Computer Program
Lovin, J. K.↗
Computer program for thermal analysis of shadow shields in a vacuum
Computer program determines temperature profiles and heat transfer rates for shadow shielded cryogenic tank. Tank, shields, and thermal radiation heat source are all axisymmetric. Thermal analysis considers varying shield and tank temperatures, surface properties, and geometric arrangements. Similar heat source properties are also considered.
Boyle, R. J.↗
A survey of techniques for recognizing parallel processable streams in computer programs
Survey of techniques for recognizing parallel processable streams in computer programs
Gonzalez, M. J.↗
User's manual for the GNAT computer program - Numerical analysis of stratification in supercritical oxygen
Description of computer program for detailed stratification model of Apollo supercritical oxygen storage tank
Heinmiller, P. J.↗
DORCA 2 computer program. Volume 3: Program listing
A program listing for the Dynamic Operational Requirements and Cost Analysis Program is presented. Detailed instructions for the computer programming involved in space mission planning and project requirements are developed.
Carey, J. B.↗
User document for computer programs for ring-stiffened shells of revolution
A user manual and related program documentation is presented for six compatible computer programs for structural analysis of axisymmetric shell structures. The programs apply to a common structural model but analyze different modes of structural response. In particular, they are: (1) Linear static response under asymmetric loads; (2) Buckling of linear states under asymmetric loads; (3) Nonlinear static response under axisymmetric loads; (4) Buckling nonlinear states under axisymmetric (5) Imperfection sensitivity of buckling modes under axisymmetric loads; and (6) Vibrations about nonlinear states under axisymmetric loads. These programs treat branched shells of revolution with an arbitrary arrangement of a large number of open branches but with at most one closed branch.
Cohen, G. A.↗
BEAMR: An interactive graphic computer program for design of charged particle beam transport systems
A computer program for a PDP-15 is presented which calculates, to first order, the characteristics of charged-particle beam as it is transported through a sequence of focusing and bending magnets. The maximum dimensions of the beam envelope normal to the transport system axis are continuously plotted on an oscilloscope as a function of distance along the axis. Provision is made to iterate the calculation by changing the types of magnets, their positions, and their field strengths. The program is especially useful for transport system design studies because of the ease and rapidity of altering parameters from panel switches. A typical calculation for a system with eight elements is completed in less than 10 seconds. An IBM 7094 version containing more-detailed printed output but no oscilloscope display is also presented.
Leonard, R. F.↗
A real-time digital computer program for the simulation of a single rotor helicopter
A computer program was developed for the study of a single-rotor helicopter on the Langley Research Center real-time digital simulation system. Descriptions of helicopter equations and data, program subroutines (including flow charts and listings), real-time simulation system routines, and program operation are included. Program usage is illustrated by standard check cases and a representative flight case.
Houck, J. A.↗