Add to ORKGRecent investigations into the effects of a constant atmospheric drag force on an essentially circular satellite orbit have led to an analytical expression for the resulting orbit, which is obviously not exactly circular, but so close to it that profitable simplifications can be made in its derivation. In the present paper several of the resulting type orbits are analyzed and compared
Although recent numerical studies have demonstrated the possibility to obtain entire families of bou...
The evolution of a small satellite inside a more massive truncated isothermal spherical halo is stud...
Simplified expressions describing the transfer from a satellite orbit to the point of atmospheric en...
In this paper, we derive the analytical solution of a satellite orbit disturbed by atmospheric drag....
The use of simple physical reasoning instead of the method of varying constants has made it possible...
The use of simple physical reasoning instead of the method of varying constants has made it possible...
In the present paper, an averaging perturbation technique leads to the determination of a time-expli...
The motion of a satellite in orbit, subject to atmospheric force and the motion of a reentry vehicle...
In this paper, we consider a satellite orbiting in a Manev gravitational potential under the influen...
Application of celestial mechanics to artificial satellite orbit calculations using orbit perturbati...
The Ward spiral occurs as a result of the study of the effects of drag on the orbit of a satellite. ...
The paper deals with the effect of the length on the type and stability of the inplane attitude moti...
Abstract. Most Keplerian problems were treated as ideal or under the basic assumptions that the moti...
A theory of an Earth satellite has been developed by considering the Earth's bulge, atmospheric drag...
Numerous studies have been conducted on equilibrium orientations of objects moving under the influen...
Although recent numerical studies have demonstrated the possibility to obtain entire families of bou...
The evolution of a small satellite inside a more massive truncated isothermal spherical halo is stud...
Simplified expressions describing the transfer from a satellite orbit to the point of atmospheric en...
In this paper, we derive the analytical solution of a satellite orbit disturbed by atmospheric drag....
The use of simple physical reasoning instead of the method of varying constants has made it possible...
The use of simple physical reasoning instead of the method of varying constants has made it possible...
In the present paper, an averaging perturbation technique leads to the determination of a time-expli...
The motion of a satellite in orbit, subject to atmospheric force and the motion of a reentry vehicle...
In this paper, we consider a satellite orbiting in a Manev gravitational potential under the influen...
Application of celestial mechanics to artificial satellite orbit calculations using orbit perturbati...
The Ward spiral occurs as a result of the study of the effects of drag on the orbit of a satellite. ...
The paper deals with the effect of the length on the type and stability of the inplane attitude moti...
Abstract. Most Keplerian problems were treated as ideal or under the basic assumptions that the moti...
A theory of an Earth satellite has been developed by considering the Earth's bulge, atmospheric drag...
Numerous studies have been conducted on equilibrium orientations of objects moving under the influen...
Although recent numerical studies have demonstrated the possibility to obtain entire families of bou...
The evolution of a small satellite inside a more massive truncated isothermal spherical halo is stud...
Simplified expressions describing the transfer from a satellite orbit to the point of atmospheric en...