Development of high performance gimbaled inertial sensors for aeronautical and space application.
High performance gimbaled inertial sensors for aeronautical and space applications
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High performance gimbaled inertial sensors for aeronautical and space applications
Torqued two axis gimbaled boom actuator satellite attitude control
Prototype support mechanisms allow precise and repeatable gimballing of engines with a minimum of lost motion and backlash. It also minimizes the use of gears and reduces lubrication requirements for long time space operations of several years duration.
Design, manufacture, and testing of thermally actuated gimbal
Angular momentum vector distribution and rotation laws for three double-gimbaled control moment gyros
Fourth angle driving law for different four gimbal systems used for simulation display and inertial platform isolation
Torqued two axis gimbaled boom actuator satellite attitude control
Pointing accuracy of orbiting gimbal mounted telescope by two mathematical models
Feasibility of using single three-gimbaled control moment gyro for control of orbital spacecraft modules
Computerized simulation of fine pointing control system of soft-gimbaled orbiting telescope
Gimbaled partially submerged nozzle for solid propellant rocket engines for providing directional control
Control law for double-gimbaled control moment gyros used for space vehicle attitude control
Mariner Mars 1971 gimbal actuator design and life test for autopilot system using hypergolic bipropellant rocket engine
Evaluation of failure modes and redesign of SERT-2 gimbal pin puller
Stability and performance characteristics of earth-oriented, gimbaled-reaction, wheel-scanner spacecraft
Low friction bearing and lock mechanism for two-axis gimbal carrying satellite payload
Design, development, and evaluation of gimballed system for aligning spacecraft mounted instruments with relative wind