Active vibration isolation systems contemplated for microgravity space experiments may be designed to reach given performance requirements in a variety of ways. An analogy to passive isolation systems proves to be illustrative but lacks the flexibility as a design tool of a control systems approach and may lead to poor design. Control theory as applied to vibration isolation is reviewed and passive analogies discussed
Since orbitting space stations do not provide a perfect micro-gravity environment, vibration isolat...
In view of the utility of space vehicles as orbiting science laboratories, the need for vibration is...
Manned orbiters will require active vibration isolation for acceleration-sensitive microgravity scie...
A new method was developed to design an active vibration isolation system for microgravity space exp...
The research on microgravity vibration isolation performed at the University of Virginia is summariz...
Certain experiments contemplated for space platforms must be isolated from the accelerations of the ...
Manned orbiters will require active vibration isolation for acceleration-sensitive microgravity scie...
Microgravity experiments will require active vibration isolation in the low to mid frequency range o...
The low-gravity environment provided by space flight has afforded the science community a unique are...
This paper examines the performance of active isolation systems for microgravity space experiments a...
Low frequency vibrations generated during exercise using the cycle ergometer onboard the Space Shutt...
The dynamic acceleration environment observed on Space Shuttle flights to date and predicted for the...
Presented at the AIAA Guidance, Navigation, and Control Conference and Exhibit, 15 - 18 August 2005...
Viewgraphs on vibration isolation are presented. Techniques to control and isolate centrifuge distur...
Micro-vibration caused by disturbance sources onboard spacecraft can severely degrade the working en...
Since orbitting space stations do not provide a perfect micro-gravity environment, vibration isolat...
In view of the utility of space vehicles as orbiting science laboratories, the need for vibration is...
Manned orbiters will require active vibration isolation for acceleration-sensitive microgravity scie...
A new method was developed to design an active vibration isolation system for microgravity space exp...
The research on microgravity vibration isolation performed at the University of Virginia is summariz...
Certain experiments contemplated for space platforms must be isolated from the accelerations of the ...
Manned orbiters will require active vibration isolation for acceleration-sensitive microgravity scie...
Microgravity experiments will require active vibration isolation in the low to mid frequency range o...
The low-gravity environment provided by space flight has afforded the science community a unique are...
This paper examines the performance of active isolation systems for microgravity space experiments a...
Low frequency vibrations generated during exercise using the cycle ergometer onboard the Space Shutt...
The dynamic acceleration environment observed on Space Shuttle flights to date and predicted for the...
Presented at the AIAA Guidance, Navigation, and Control Conference and Exhibit, 15 - 18 August 2005...
Viewgraphs on vibration isolation are presented. Techniques to control and isolate centrifuge distur...
Micro-vibration caused by disturbance sources onboard spacecraft can severely degrade the working en...
Since orbitting space stations do not provide a perfect micro-gravity environment, vibration isolat...
In view of the utility of space vehicles as orbiting science laboratories, the need for vibration is...
Manned orbiters will require active vibration isolation for acceleration-sensitive microgravity scie...