Ariel II engineering data analysis, Phase III Final report
Dynamical behavior and power system performance of Ariel II satellite
ARIEL II SATELLITE↗
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Results for “dynamic behavior”
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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General dynamical effects of cosmic rays in the galaxy.
Dynamical behavior of cosmic ray gases, noting modes of hydromagnetic wave propagation and static equilibrium configurations for thermal interstellar gas and field
INTERPLANETARY GAS↗
The Dynamics of a Spinning Solar Pressure- Stabilized Satellite with Precession Damping
Dynamic behavior of spinning solar pressure stabilized satellite with precession damping
RADIATION PRESSURE↗
Preliminary experimental evaluation of a Brayton cycle turbocompressor operating on gas bearings
Mechanical and dynamic behavior of exploratory Brayton cycle turbocompressor operating on gas bearings
TURBINE↗
A treatise on the Surveyor lunar landing dynamics and an evaluation of pertinent telemetry data returned by Surveyor I
Dynamic behavior of Surveyor landing system and surface material during lunar landing
LANDING SYSTEM↗
Large-amplitude inviscid fluid motion in an accelerating container
Study of dynamic behavior of the liquid-vapor interface of an inviscid fluid in an accelerating cylindrical container includes an analytical-numerical method for determining large amplitude motion. The method is based on the expansion of the velocity potential in a series of harmonic functions with time dependent coefficients.
Perko, L. M.↗
Statistics and dynamics of procaryotic cell populations.
Cell population mathematical theory, predicting statistical and dynamic behavior of cells from analysis of cellular and subcellular structure and function
Fredrickson, A. G.↗
A mathematical model for calculating the flight dynamics of a general parachute-payload system
Equation of motion for predicting dynamic behavior of parachute payload system
Gambele, J. D.↗
The dynamic behaviour of a large steerable radio telescope.
Dynamic behavior of large steerable radio telescope, showing structural resonance influence on error detection system
Macinante, J. A.↗
Propellant dynamics problems in space shuttle vehicles
Dynamic behavior of liquid propellants in launch vehicles
Abramson, H. N.↗
Orbital deployment of very long tethered structures
Earth-pointing satellites joined by tether, discussing reel back and drag brake orbital deployment techniques and dynamic behavior
Bush, G. B.↗
Vibration characteristics of ring-stiffened orthotropic shells of revolution
Computer program solves vibration modes and frequencies of thin shells of revolution having general meridional curvature and orthotropic elastic properties in order to evaluate the dynamic behavior of structures with thin shelled components.
Adelman, H. M.↗
Statistical energy methods Final report, 18 May 1969 - 18 May 1970
Statistical energy analysis for studying dynamic behavior of large, complex structures and acoustic spaces
Manning, J. E.↗
Spin Vector Control for a Spinning Space Station. Volume 1: User's Manual
Design, implementation, and use of digital computer program for determining dynamic behavior of dual spin space vehicles - Vol. 1
Hendricks, T.↗
Complex Eigenvalue Solution to a Spinning Skylab Problem
Effect of rotation on structural and dynamic behavior of spinning body with flexible appendages, and application to Skylab Apollo telescope mount and orbital workshop
Patel, J. S.↗
Flexible spacecraft control system design procedures utilizing hybrid coordinates
Dynamic behavior and design procedures for spacecraft control system utilizing hybrid coordinates
Likins, P. W.↗
Theoretical model studies of wave transmission in semicircular canal ducts
Semicircular canal ducts dynamic behavior, using mathematical model for wave transmission of elastic fluid-filled toroidal shell in rigid channel
Anliker, M.↗
Adaptation of NASTRAN to an integrated system of structural design analysis
Efforts to integrate NASTRAN into a complete structural analysis system for use by large airframe design projects are discussed. NASTRAN was implemented as a major finite element structural analysis program to determine the static and dynamic behavior of complete airframes, as well as structural components. This requires modifications and additions to NASTRAN, to communicate with an existing system, and to provide facilities needed to work within the integrated structural analysis. For this purpose, several special DMAP modules were developed and introduced into the CALAC version of the NASTRAN system.
Haggenmacher, G. W.↗