Contribution of earth oblateness to gravity torque on a satellite.
Earth oblateness effect on torque experienced in nonuniform geogravitational field by satellite with unequal principal moments of inertia
SATELLITE ROTATION↗
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Alternative cause of the solar oblateness.
Solar oblateness and Mercury perihelion advance, showing turbulent viscosity forces acting on photospheric meridional currents as possible distortion cause
MERCURY /PLANET/↗
Solar oblateness and moon precession.
Lunar orbit precession due to quadrupole moment of sun arising from solar oblateness
LUNAR ORBIT↗
Experimentally determined pendulum analogy of liquid sloshing in spherical and oblate- spheroidal tanks
Pendulum simulation of liquid propellant sloshing in spherical and oblate spheroidal tanks
SPHERICAL TANK↗
Free vibrations of thin isotropic oblate spheroidal shells
Free vibrations of thin isotropic oblate spheroidal shells
SPHERICAL SHELL↗
A study of longitudinal oscillations of propellant tanks and wave propagations in feed lines. Part V - Longitudinal oscillation of a propellant-filled flexible oblate spheroidal tank
Analytical method for determining axisymmetric longitudinal mode shapes and frequencies of incompressible and inviscid fluid in pressurized flexible oblate spheroidal propellant tank
INCOMPRESSIBLE FLUID↗
The time-history of a satellite around an oblate planet
Time history of satellite around oblate planet
TIME FACTOR↗
Orbital regression of synchronous satellites due to the combined gravitational effects of the sun, the moon and the oblate earth
Orbital regression of synchronous satellites due to combined gravitational effects of sun, moon, and oblate earth
GRAVITATIONAL EFFECT↗
Satellite motion for all inclinations around an oblate planet.
Satellite motion for all inclinations around oblate planet with potential including second and fourth zonal harmonics
GEOPOTENTIAL↗
Use of planetary oblateness for parking-orbit alinement
Planetary gravitation and oblateness used for parking orbit alignment in Mars mission
Thibodeau, J. R., III↗
The secular perturbations of the orbit of a satellite due to the oblateness of the central body for the 2m-th zonal harmonics and due to the gravitational attraction of a third body.
Satellite orbit secular perturbations resulting from central body oblateness for 2m-th zonal harmonics and gravitational attraction of third body
Krause, H. G. L.↗
Slosh force, natural frequency, and damping of low-gravity sloshing in oblate ellipsoidal tanks
Liquid sloshing under moderately low simulated gravity in oblate ellipsoidal tank geometries
Dodge, F. T.↗
Rigorous and formal stability of orbits about an oblate planet.
Idealized point mass motion in axisymmetric gravitational field, discussing orbital stability about oblate planet
Kyner, W. T.↗
A first-order theory for the rotational motion of a triaxial rigid body orbiting an oblate primary.
Gravitational and magnetic torque effect on rotational motion of triaxial rigid body in regressing orbit about oblate primary mass
Holland, R. L.↗
Aeronautical characteristics of an oblate spheroid and a sphere at Mach numbers from 1.70 to 10.49
Drag coefficients of oblate spheroid and sphere at Mach numbers from 1.70 to 10.49
Jernell, L. S.↗
An analytical development of the relative motion of two close satellites of an oblate planet
Relative motion analysis for two satellites of oblate planet
Barbieri, R. W.↗
Computing earth oblateness effects on lunar and interplanetary trajectories
Earth oblateness effects on lunar and interplanetary trajectories, using algorithm based on orbital elements variations
Penzo, P. A.↗
Effect of low thrust and earth oblateness orbit perturbations on the determination of the launch window for the SERT 2 mission
Procedures for determining launch window for SERT 2 mission and effect of low thrust and earth oblateness orbit perturbations
Cake, J. E.↗