Planetary orbits in the Einstein universe
Geometrical properties of spherical space and relationships in Einstein space-time universe and planetary or test particle orbits in that universe
Engineering topics
Publications and source records attributed to Ghaffari, A..
Geometrical properties of spherical space and relationships in Einstein space-time universe and planetary or test particle orbits in that universe
Investigation of two cases of integrability of a second-order differential equation describing the projection of an axisymmetric satellite orbit on to a plane perpendicular to the rotation axis. It is demonstrated that for these two cases the integration can be carried out either by quadratures or reduced to a first-order differential equation. Analytical and physical properties are expressed, and it is shown that the equation can be derived from the classical plane eikonal equation of geometric optics.
Perturbation method for relativistic motion analysis on earth orbiting spacecraft
Integrability cases of equation of motion for satellite in axially symmetric gravitational field
Integration of relativistic equations of motion for earth orbiting spacecraft range measurement
Solar radiation pressure effects on Radio Astronomy Explorer satellite booms
Midcourse maneuvers in interplanetary guidance, considering spin stabilized spacecraft flyby for Jupiter mission
Periodic solution of central differential equation in relativity theory of gravitation
Hamilton-Jacobi partial differential equation integration method, using variational principle and transversality condition
Midcourse maneuvers in interplanetary flight for flyby Jovian mission with spin stabilized spacecraft
Integration of Hamilton-Jacobi partial differential equation using Euler equations and Legendre transform - classical example of wave fronts or parallel surfaces