The postflight trajectory for the Apollo/Saturn V SA-513 Skylab I flight is presented. An analysis is included of the orbital and powered flight trajectories of the launch vehicle, the orbital trajectory of the spent S-II stage, and the free flight impact trajectory of the expended S-IC stage. Launch vehicle trajectory dependent parameters are provided in earth-fixed launch site, launch vehicle navigation, and geographic polar coordinate systems. The time history of the trajectory parameters for the launch vehicle is presented from guidance reference release to the transfer to ATM control. Tables of significant launch vehicle parameters at engine cutoff, stage separation, and workshop orbit insertion are included. Figures of such parameters...
Piloted simulation of manual guidance techniques for upper stages of Saturn V launch vehicl
Malfunctions defining impending abort situation for Saturn 5 launch trajectory to attain contingency...
The performance evaluation of the SA-206 launch vehicle for the Skylab 2 launch is presented. Flight...
The postflight trajectory is presented for the Apollo/Saturn V AS-512 flight. An analysis is include...
Saturn V SA-513 (Skylab-1) was launched at 13:30:00 Eastern Daylight Time (EDT) on May 14, 1973, fro...
Trajectory and dynamics analyses of Saturn 1B launch vehicle for Apollo-Saturn 205/CSM-101 missio
The Saturn V launch vehicle represented a jump in capability for heavy lift launch vehicles, enablin...
The postflight trajectory is presented for the Apollo/Saturn V AS-511 spent S-IVB/IU stage from CSM ...
Six degree of freedom trajectory analysis of Saturn 1B for Apollo-Saturn 204/LM-1 missio
A Saturn 1B Flight Manual provides launch vehicle systems descriptions and predicted performance dat...
Predicted launch vehicle operational trajectory and related data for Apollo 14 launch windo
Trajectory Application Method simulation program for postflight propulsion system performance evalua...
A postflight analysis of the Apollo 14 flight is presented. The basic objective of the flight evalua...
Trajectory optimization for Saturn I /SA-8/ LAUNCH vehicle to place S- IV stage and payload in ell...
Digital six-degrees-of-freedom, open loop Saturn 5 first stage flight evaluation simulation program ...
Piloted simulation of manual guidance techniques for upper stages of Saturn V launch vehicl
Malfunctions defining impending abort situation for Saturn 5 launch trajectory to attain contingency...
The performance evaluation of the SA-206 launch vehicle for the Skylab 2 launch is presented. Flight...
The postflight trajectory is presented for the Apollo/Saturn V AS-512 flight. An analysis is include...
Saturn V SA-513 (Skylab-1) was launched at 13:30:00 Eastern Daylight Time (EDT) on May 14, 1973, fro...
Trajectory and dynamics analyses of Saturn 1B launch vehicle for Apollo-Saturn 205/CSM-101 missio
The Saturn V launch vehicle represented a jump in capability for heavy lift launch vehicles, enablin...
The postflight trajectory is presented for the Apollo/Saturn V AS-511 spent S-IVB/IU stage from CSM ...
Six degree of freedom trajectory analysis of Saturn 1B for Apollo-Saturn 204/LM-1 missio
A Saturn 1B Flight Manual provides launch vehicle systems descriptions and predicted performance dat...
Predicted launch vehicle operational trajectory and related data for Apollo 14 launch windo
Trajectory Application Method simulation program for postflight propulsion system performance evalua...
A postflight analysis of the Apollo 14 flight is presented. The basic objective of the flight evalua...
Trajectory optimization for Saturn I /SA-8/ LAUNCH vehicle to place S- IV stage and payload in ell...
Digital six-degrees-of-freedom, open loop Saturn 5 first stage flight evaluation simulation program ...
Piloted simulation of manual guidance techniques for upper stages of Saturn V launch vehicl
Malfunctions defining impending abort situation for Saturn 5 launch trajectory to attain contingency...
The performance evaluation of the SA-206 launch vehicle for the Skylab 2 launch is presented. Flight...