Add to ORKGDesign of flight trajectories for missions employing solar electric propulsion requires a suitably high-fidelity design tool. In this work, the Evolutionary Mission Trajectory Generator (EMTG) is presented as a medium-high fidelity design tool that is suitable for mission proposals. EMTG is validated against the high-heritage deep-space navigation tool MIRAGE, demonstrating both the accuracy of EMTG's model and an operational mission design and navigation procedure using both tools. The validation is performed using a benchmark mission to the Jupiter Trojans
This work describes a suite of Python tools known as the Python EMTG Automated Trade Study Applicati...
The planets of our Solar System move in a complex way around the Sun, and this causes the performanc...
The guidance and navigation requirements for unmanned missions to the outer planets, assuming consta...
Upon completion of the heliocentric leg of its mission, it is almost always the case that an interpl...
This set of tutorial slides is an introduction to the Evolutionary Mission Trajectory Generator (EMT...
Solving the global optimization, low-thrust, multiple-flyby interplanetary trajectory problem with h...
Recent interest at NASA for the application of solar electric propulsion for the transfer of signifi...
Lucy is NASAs next Discovery-class mission and will explore the Trojan asteroids in the Sun-Jupiter ...
Exploration Mission 1 (EM-1) will be the first mission to send an uncrewed Orion Multi-Purpose Crew ...
This research describes a prototype software navigation system that would allow a spacecraft with a ...
An interplanetary low-thrust, solar electric propulsion mission simulation program suitable for navi...
Methods which have been proposed to improve the navigation accuracy for the low-thrust space vehicle...
The information presented in the thesis is a continuation of the Spacecraft Trajectory Optimization ...
As cislunar and outer space exploration regains worldwide popularity, the low-thrust spacecraft tech...
The development of a new spacecraft trajectory design method most often occurs because a particular ...
This work describes a suite of Python tools known as the Python EMTG Automated Trade Study Applicati...
The planets of our Solar System move in a complex way around the Sun, and this causes the performanc...
The guidance and navigation requirements for unmanned missions to the outer planets, assuming consta...
Upon completion of the heliocentric leg of its mission, it is almost always the case that an interpl...
This set of tutorial slides is an introduction to the Evolutionary Mission Trajectory Generator (EMT...
Solving the global optimization, low-thrust, multiple-flyby interplanetary trajectory problem with h...
Recent interest at NASA for the application of solar electric propulsion for the transfer of signifi...
Lucy is NASAs next Discovery-class mission and will explore the Trojan asteroids in the Sun-Jupiter ...
Exploration Mission 1 (EM-1) will be the first mission to send an uncrewed Orion Multi-Purpose Crew ...
This research describes a prototype software navigation system that would allow a spacecraft with a ...
An interplanetary low-thrust, solar electric propulsion mission simulation program suitable for navi...
Methods which have been proposed to improve the navigation accuracy for the low-thrust space vehicle...
The information presented in the thesis is a continuation of the Spacecraft Trajectory Optimization ...
As cislunar and outer space exploration regains worldwide popularity, the low-thrust spacecraft tech...
The development of a new spacecraft trajectory design method most often occurs because a particular ...
This work describes a suite of Python tools known as the Python EMTG Automated Trade Study Applicati...
The planets of our Solar System move in a complex way around the Sun, and this causes the performanc...
The guidance and navigation requirements for unmanned missions to the outer planets, assuming consta...