The Ward spiral occurs as a result of the study of the effects of drag on the orbit of a satellite. The Ward spiral is also suitable as a climb path when transferring from a lower to a higher orbit, if both orbits are circular. A Ward transfer to a larger orbit is described in detail and compared to the well-known Hohmann transfer, and it is shown that a Ward transfer can have the advantage of a shorter transfer time
Minimum-fuel orbital transfer between elliptical orbits is studied by first analyzing separately the...
<p>An orbit is the gravitationally curved path of an object about a point in space (Wikipedia). Sate...
This study investigates the use of a linear quadratic terminal controller to recon-figure satellite ...
This paper investigates the Hohmann Spiral Transfer (HST), an orbit transfer method previously devel...
Recent investigations into the effects of a constant atmospheric drag force on an essentially circul...
This paper extends previous work on the Hohmann Transfer Spiral (HST) by introducing a plane change ...
Simplified expressions describing the transfer from a satellite orbit to the point of atmospheric en...
A Hohmann transfer is a well-known spacecraft manoeuvre, initiated by a horizontal velocity kick Δv1...
Simplified expressions describing the transfer from a satellite bit to the point of atmospheric entr...
This note introduces an orbit transfer enabled through the use of high and low thrust propulsion tec...
As the revenue of commercial spacecraft platforms is generated by its payload, of which the capacity...
The use of atmospheric drag for slowing satellite in high energy, high apogee orbits to a lower ener...
This paper presents an analytical solution for a low-thrust maneuver to reduce the flyover time of a...
In this work, we present a complete study of the Hohmann transfer maneuver between two circular copl...
summary:The rendezvous realised by the cotangential transfer between two prescribed flightpaths is s...
Minimum-fuel orbital transfer between elliptical orbits is studied by first analyzing separately the...
<p>An orbit is the gravitationally curved path of an object about a point in space (Wikipedia). Sate...
This study investigates the use of a linear quadratic terminal controller to recon-figure satellite ...
This paper investigates the Hohmann Spiral Transfer (HST), an orbit transfer method previously devel...
Recent investigations into the effects of a constant atmospheric drag force on an essentially circul...
This paper extends previous work on the Hohmann Transfer Spiral (HST) by introducing a plane change ...
Simplified expressions describing the transfer from a satellite orbit to the point of atmospheric en...
A Hohmann transfer is a well-known spacecraft manoeuvre, initiated by a horizontal velocity kick Δv1...
Simplified expressions describing the transfer from a satellite bit to the point of atmospheric entr...
This note introduces an orbit transfer enabled through the use of high and low thrust propulsion tec...
As the revenue of commercial spacecraft platforms is generated by its payload, of which the capacity...
The use of atmospheric drag for slowing satellite in high energy, high apogee orbits to a lower ener...
This paper presents an analytical solution for a low-thrust maneuver to reduce the flyover time of a...
In this work, we present a complete study of the Hohmann transfer maneuver between two circular copl...
summary:The rendezvous realised by the cotangential transfer between two prescribed flightpaths is s...
Minimum-fuel orbital transfer between elliptical orbits is studied by first analyzing separately the...
<p>An orbit is the gravitationally curved path of an object about a point in space (Wikipedia). Sate...
This study investigates the use of a linear quadratic terminal controller to recon-figure satellite ...