The nearby space surrounding the Earth is densely populated by artificial satellites and
instruments, whose orbits are distributed within the Low-Earth-Orbit (LEO) region, ranging …

This research article presents the effect of the Earth's equatorial ellipticity and the resistive
force on a geocentric satellite's resonant curves. The resonance occurs in the motion of the …

In this research article, we have investigated resonant curves due to the rate of change of
earth's equatorial ellipticity parameter (γ ̇), steady-state value of the angular velocity of the …

In this paper, the resonance due to equatorial ellipticity of Earth, spin rate of Earth and
angular velocity of bary-center are investigated. Using spherical coordinate system, we have …

In this paper, we have investigated resonant curve due to frequencies− angular rate of
rotation of the Earth and the rate of change of Earth's equatorial ellipticity parameter …

In this article, we investigated the resonant curves of geo-centric satellite due to the rate of
change in earth's equatorial ellipticity parameter (γ˙), moon's angular velocity around the …

This work investigates the dynamical behavior of the resonant curves in the motion of the
Earth-Moon system under the influence of resistive force. In this study, the resonance arises …

In this paper, we have investigated resonant curve due to frequencies-angular rate of
rotation of the Earth and the rate of change of Earth's equatorial ellipticity parameter …

Abstract From Kaula's Earth gravitational potential written in classical orbital elements, the
unified ideal model of mean motion resonance of artificial satellites due to geopotential …

In the present paper, we have determined the equations of motion of the Moon in spherical
coordinate system using the gravitational potential of Earth. Using perturbation, equations of …