The RAE-1 spacecraft inversion performed October 31, 1972 is described based upon the in-orbit dynamical data in conjunction with results obtained from previously developed computer simulation models. The computer simulations used are predictive of the satellite dynamics, including boom flexing, and are applicable during boom deployment and retraction, inter-phase coast periods, and post-deployment operations. Attitude data, as well as boom tip data, were analyzed in order to obtain a detailed description of the dynamical behavior of the spacecraft during and after the inversion. Runs were made using the computer model and the results were analyzed and compared with the real time data. Close agreement between the actual recorded spacecraft ...
Computer program for Project Fire 1 payload reentry flight angle of attack analysi
A nonlinear, six degree of freedom, digital computer simulation of a vehicle which has constant mass...
This report details the method and results of the program created for simulating an Earth orbiting s...
Attempts made to obtain a description of the in-orbit dynamic behavior of the RAE-B spacecraft and a...
A series of seven gravity-gradient dynamics experiments is proposed utilizing the Radio Astronomy Ex...
Onboard sensors and associated ground based processing systems are used to maintain a well stabilize...
Gravity gradient dynamics experiments using Radio Astronomy Explorer Satellite in earth orbi
The purpose of this research is to understand and describe the process by which the 1986 Polar BEAR ...
The purpose of this research is to understand and describe the process by which the 1986 Polar BEAR ...
Flexible body analog computer program and rigid body digital computer program for calculating dynami...
Space station and solar array data and the analyses which were performed in support of the integrate...
The motions of the flexible LZEEBE spacecraft after injection into a circular orbit were analyzed. T...
Stabilization system analysis and performance of GEOS-A gravity gradient satellit
Digital computer simulation of two strapdown system attitude algorithms by response to angular input...
The equations of motion are developed which describe the dynamic interaction between the spacecraft ...
Computer program for Project Fire 1 payload reentry flight angle of attack analysi
A nonlinear, six degree of freedom, digital computer simulation of a vehicle which has constant mass...
This report details the method and results of the program created for simulating an Earth orbiting s...
Attempts made to obtain a description of the in-orbit dynamic behavior of the RAE-B spacecraft and a...
A series of seven gravity-gradient dynamics experiments is proposed utilizing the Radio Astronomy Ex...
Onboard sensors and associated ground based processing systems are used to maintain a well stabilize...
Gravity gradient dynamics experiments using Radio Astronomy Explorer Satellite in earth orbi
The purpose of this research is to understand and describe the process by which the 1986 Polar BEAR ...
The purpose of this research is to understand and describe the process by which the 1986 Polar BEAR ...
Flexible body analog computer program and rigid body digital computer program for calculating dynami...
Space station and solar array data and the analyses which were performed in support of the integrate...
The motions of the flexible LZEEBE spacecraft after injection into a circular orbit were analyzed. T...
Stabilization system analysis and performance of GEOS-A gravity gradient satellit
Digital computer simulation of two strapdown system attitude algorithms by response to angular input...
The equations of motion are developed which describe the dynamic interaction between the spacecraft ...
Computer program for Project Fire 1 payload reentry flight angle of attack analysi
A nonlinear, six degree of freedom, digital computer simulation of a vehicle which has constant mass...
This report details the method and results of the program created for simulating an Earth orbiting s...