Free oscillations of circular conical and cylindrical shells reinforced by rigid circular ribs
Free axially asymmetric oscillations of conical and cylindrical shells reinforced by circular ribs
CYLINDRICAL SHELL↗
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Results for “RIGIDITY”
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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Magnetic attitude control of rigid, axially symmetric, spinning satellites in circular earth orbits
Magnetic stabilizing and attitude control of rotating satellite in circular earth orbit
CIRCULAR ORBIT↗
Cold cathode ionization gage has rigid metal housing
Cold cathode ionization gage in a stainless steel housing accurately measures high pressures. The penning effect is used with a high voltage discharge in the presence of a magnetic field for an ion current proportional to the gas pressure in the gage.
Herzog, R.↗
Cosmic ray tables - Asymptotic directions, variational coefficients and cut-off rigidities IQSY instruction manual no. 10
Cosmic ray deflections in geomagnetic field, variational coefficients, and diurnal intensity variations - tables
GEOMAGNETIC FIELD↗
A note on the dosimetric interpretation of rigidity spectra for solar particle beams
Dosimetric interpretation of flux/rigidity spectra for solar flare corpuscular radiation
DOSIMETRY↗
The alleviation of aerodynamic loads on rigid space vehicles.
Design of control deflections and structural loads of space vehicle for flight stability through atmospheric disturbances
SPACECRAFT STABILITY↗
Flexural rigidity of spacecraft laminates.
Test for stiffness of fabrics used to measure flexural stiffness of thin plastic films and metal-plastic laminates for spacecraft application
THIN FILM↗
The alleviation of aerodynamic loads on rigid space vehicles
Space vehicle flight control modes for basic wind profiles - reduction of aerodynamic loads for wind, wind shear, and gust conditions
AERODYNAMIC LOAD↗
Development of lightweight thermal insulation materials for rigid heat shields Final summary report, 25 Jun. 1964 - 25 Sep. 1966
Lightweight ceramic foam for thermal insulation heat shields of launch structures
FOAMED MATERIAL↗
Convective star model with non-rigid rotation
Stationary rotation of stars based on law of solar rotation
STATIONARY ORBIT↗
Minimum-fuel Attitude Control of a Rigid Body in Orbit by an Extended Method of Steepest-descent
Minimum fuel control of spacecraft in orbit using extended method of steepest descent
SATELLITE ATTITUDE CONTROL↗
The stress distribution produced by screw dislocation pile-ups at rigid circular cylindrical inclusions.
Stress field generation by screw dislocation pile- up at hard circular cylindrical inclusions obtained, using approximation of continuously distributed dislocations
STRESS DISTRIBUTION↗
Cell-cluster development for the pair distribution function - Application to rigid disks at hight density.
Molecular pair distribution function in perfect crystalline solids, using method based on cell cluster theory
MOLECULAR STRUCTURE↗
On the problem of the pressure of a rigid washer on a circular hole in an orthotropic plate
Explore the source record for details and available documents.
Grilitski, D. V.↗
Stress concentration around a circular hole reinforced with a rigid sleeve in a cylindrical orthotropic shell
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Guz, A. N.↗
Manganese-alumina-ceramic glass eliminates rigid controls necessary in bonding metals to ceramics
Matrix of manganese-alumino-silicate glass simplifies the processes of metallizing alumina ceramics. Because the manganese in the glass is preoxidized to the 2 plus state by firing in nitrogen, the ceramic can be metallized in dry hydrogen. Lengthening the firing time permits a lower metallizing temperature.
Hollar, E. L.↗
Digital program for dynamics of non-rigid gravity gradient satellites
Digital program for dynamics of nonrigid gravity gradient satellites
Connelly, J. J.↗
Conservation laws and Liapunov stability of the free rotation of a rigid body
Liapunov stability derived from kinetic energy and squared angular momentum
Vinti, J. P.↗