The options for the design, construction, and testing of a dynamic model of the space station were evaluated. Since the definition of the space station structure is still evolving, the Initial Operating Capacity (IOC) reference configuration was used as the general guideline. The results of the studies treat: general considerations of the need for and use of a dynamic model; factors which deal with the model design and construction; and a proposed system for supporting the dynamic model in the planned Large Spacecraft Laboratory
Simulations of selected earth orbital operations involving the shuttle orbiter and various modular s...
Mathematical models of a reference space station configuration (Power Tower) and a Space Shuttle Orb...
The acceleration environment aboard the completed International Space Station (ISS) is a key resourc...
Design, analysis, and testing of an experimental space station scale model is presented. The model c...
Preliminary work at Langley Research Center (LaRC) related to the design, analysis and testing of a ...
The design, construction, and operation of a low-Earth orbit space station poses challenges for deve...
A study was performed to determine the vibration and attitude control characteristics of critical sp...
The objective of this investigation is to make analytical determination of the acceleration produced...
A flight experiment that could be used to measure Space Station dynamics during and after its assemb...
The objective of this investigation is to make analytical determination of the acceleration produced...
The status of the Dynamic Scale Model Technology (DSMT) research program is presented. DSMT is devel...
Computerized development and utilization of space station mission simulation mode
Verification of analytical models through correlation with ground test results of a complex space tr...
The space shuttle configuration has more complex structural dynamic characteristics than previous la...
Manned dynamic testing in space station development, inclusion of failure analysis capability with s...
Simulations of selected earth orbital operations involving the shuttle orbiter and various modular s...
Mathematical models of a reference space station configuration (Power Tower) and a Space Shuttle Orb...
The acceleration environment aboard the completed International Space Station (ISS) is a key resourc...
Design, analysis, and testing of an experimental space station scale model is presented. The model c...
Preliminary work at Langley Research Center (LaRC) related to the design, analysis and testing of a ...
The design, construction, and operation of a low-Earth orbit space station poses challenges for deve...
A study was performed to determine the vibration and attitude control characteristics of critical sp...
The objective of this investigation is to make analytical determination of the acceleration produced...
A flight experiment that could be used to measure Space Station dynamics during and after its assemb...
The objective of this investigation is to make analytical determination of the acceleration produced...
The status of the Dynamic Scale Model Technology (DSMT) research program is presented. DSMT is devel...
Computerized development and utilization of space station mission simulation mode
Verification of analytical models through correlation with ground test results of a complex space tr...
The space shuttle configuration has more complex structural dynamic characteristics than previous la...
Manned dynamic testing in space station development, inclusion of failure analysis capability with s...
Simulations of selected earth orbital operations involving the shuttle orbiter and various modular s...
Mathematical models of a reference space station configuration (Power Tower) and a Space Shuttle Orb...
The acceleration environment aboard the completed International Space Station (ISS) is a key resourc...