The Flight Dynamics Laboratory is committed to an in-house, experimental investigation of several technical areas critical to the dynamic performance of future Air Force large space structures. The advanced beam experiment was successfully completed and provided much experience in the implementation of active control approaches on real hardware. A series of experiments is under way in evaluating ground test methods on the 12 meter trusses with significant passive damping. Ground simulated zero-g response data from the undamped truss will be compared directly with true zero-g flight test data. The performance of several leading active control approaches will be measured and compared on one of the trusses in the presence of significant passiv...
MSFC has successfully employed the use of the Vibrational Control of Space Structures (VCOSS) Linear...
Two important aspects of the control of large space structures are studied: the modeling of deployed...
Work performed during the period 1 Jan. - 31 Mar. 1993 on six degree of freedom active vibration dam...
dynamics and control of large space structures. The program was conducted as a series of experiments...
A brief survey of large space structure control related experiments and facilities was presented. Th...
The objectives of the PACOSS program were to demonstrate the respective roles of passive and active ...
The expected future high performance requirements for Large Space Structures (LSS) enforce technolog...
Many future civilian and military large space structures (LSS) will have as performance objectives s...
Future large space systems (LSS), both civilian and military, will have performance objectives which...
Work performed in Large Space Structures Controls research and development program at Marshall Space...
Basic research in the control of large space structures is discussed. Active damping and control of ...
The Control of Flexible Structures (COFS) 1 Project provides the invaluable opportunity to test, val...
The Structural Dynamics Branch of the Air Force Flight Dynamics Laboratory in cooperation with the R...
The results of closed loop experiments that use piezoelectric active-members to control the flexible...
Future DOD, NASA, and SDI space systems will be larger than any spacecraft flown before. The economi...
MSFC has successfully employed the use of the Vibrational Control of Space Structures (VCOSS) Linear...
Two important aspects of the control of large space structures are studied: the modeling of deployed...
Work performed during the period 1 Jan. - 31 Mar. 1993 on six degree of freedom active vibration dam...
dynamics and control of large space structures. The program was conducted as a series of experiments...
A brief survey of large space structure control related experiments and facilities was presented. Th...
The objectives of the PACOSS program were to demonstrate the respective roles of passive and active ...
The expected future high performance requirements for Large Space Structures (LSS) enforce technolog...
Many future civilian and military large space structures (LSS) will have as performance objectives s...
Future large space systems (LSS), both civilian and military, will have performance objectives which...
Work performed in Large Space Structures Controls research and development program at Marshall Space...
Basic research in the control of large space structures is discussed. Active damping and control of ...
The Control of Flexible Structures (COFS) 1 Project provides the invaluable opportunity to test, val...
The Structural Dynamics Branch of the Air Force Flight Dynamics Laboratory in cooperation with the R...
The results of closed loop experiments that use piezoelectric active-members to control the flexible...
Future DOD, NASA, and SDI space systems will be larger than any spacecraft flown before. The economi...
MSFC has successfully employed the use of the Vibrational Control of Space Structures (VCOSS) Linear...
Two important aspects of the control of large space structures are studied: the modeling of deployed...
Work performed during the period 1 Jan. - 31 Mar. 1993 on six degree of freedom active vibration dam...