<--- Back to Details
First PageDocument Content
Space technology / Spacecraft propulsion / Celestial mechanics / Exploration of the Moon / Apollo program / Trans Lunar Injection / Geocentric orbit / Hiten / Flight dynamics / Spaceflight / Astrodynamics / Aerospace engineering
Date: 2013-03-07 14:38:48
Space technology
Spacecraft propulsion
Celestial mechanics
Exploration of the Moon
Apollo program
Trans Lunar Injection
Geocentric orbit
Hiten
Flight dynamics
Spaceflight
Astrodynamics
Aerospace engineering

AIAA[removed]Calculation of Weak Stability Boundary Ballistic Lunar Transfer Trajectories

Add to Reading List

Source URL: astrogatorsguild.com

Download Document from Source Website

File Size: 325,08 KB

Share Document on Facebook

Similar Documents

Lunar Orbit Propellant Transfer Steven S. Pietrobon   An investigation of various crewed Lunar transportation schemes using liquid oxygen and liquid hydrogen is made. These include the traditional “direct asce

Lunar Orbit Propellant Transfer Steven S. Pietrobon   An investigation of various crewed Lunar transportation schemes using liquid oxygen and liquid hydrogen is made. These include the traditional “direct asce

DocID: 1mQyf - View Document

PDF Document

DocID: 191DH - View Document

Project Endurance: Six 90-day Missions on the Lunar Surface University of Maryland, College Park Department of Aerospace Engineering, Undergraduate Program Theresa Battaglia, James Clark, Michael Collins, Suneal Gupta, T

Project Endurance: Six 90-day Missions on the Lunar Surface University of Maryland, College Park Department of Aerospace Engineering, Undergraduate Program Theresa Battaglia, James Clark, Michael Collins, Suneal Gupta, T

DocID: EJ6t - View Document

Trajectory Design with STK/Astrogator (Day 2)

Trajectory Design with STK/Astrogator (Day 2)

DocID: apwg - View Document

– This page left blank for double-sided printing –  A COMPARISON OF LUNAR LANDING TRAJECTORY STRATEGIES USING NUMERICAL SIMULATIONS Mike Loucks1, John Carrico2, Timothy Carrico2, Chuck Deiterich3 1

– This page left blank for double-sided printing – A COMPARISON OF LUNAR LANDING TRAJECTORY STRATEGIES USING NUMERICAL SIMULATIONS Mike Loucks1, John Carrico2, Timothy Carrico2, Chuck Deiterich3 1

DocID: ahXn - View Document