Add to ORKGRecent work on structural identification and large-angle maneuvers with vibration suppression was presented. The recent work has sought to balance structural and controls analysis activities by involving the analysts directly in the validation and experimental aspects of the research. Some new sensing, actuation, system identification, and control concepts were successfully implemented. An overview of these results is given
The paper addresses the problem of actively attenuating a particular class of vibrations, known as m...
The results of active control experiments performed for the Mini-Mast truss structure are presented....
The control of vibrations of large space structures by distributed sensors and actuators is studied....
A procedure for optimizing the performance of large flexible spacecraft that require active vibratio...
This paper presents an overview of the recent advances in system identification for modal testing an...
This is a compilation of reports by the one author on one subject. It consists of the following five...
This final report summarizes the research results under NASA Contract NAG-1-1254 from May, 1991 - Ap...
The primary objective of NASA's CSI program at JPL is to develop and demonstrate the CSI technology ...
Many large space system concepts will require active vibration control to satisfy critical performan...
A brief survey of large space structure control related experiments and facilities was presented. Th...
An outline of this work is presented. It begins with a schematic flow diagram and a logical flow dia...
An on going simple laboratory experiment, referred to as the Beam Control Experiment (BCE) is descri...
Because of inherent low damping and high flexibility, large space structures may require some form o...
The NASA Lewis Research Center is concerned with the potential of interaction between space station ...
Proposed large space structures have many characteristics that make them difficult to analyze and co...
The paper addresses the problem of actively attenuating a particular class of vibrations, known as m...
The results of active control experiments performed for the Mini-Mast truss structure are presented....
The control of vibrations of large space structures by distributed sensors and actuators is studied....
A procedure for optimizing the performance of large flexible spacecraft that require active vibratio...
This paper presents an overview of the recent advances in system identification for modal testing an...
This is a compilation of reports by the one author on one subject. It consists of the following five...
This final report summarizes the research results under NASA Contract NAG-1-1254 from May, 1991 - Ap...
The primary objective of NASA's CSI program at JPL is to develop and demonstrate the CSI technology ...
Many large space system concepts will require active vibration control to satisfy critical performan...
A brief survey of large space structure control related experiments and facilities was presented. Th...
An outline of this work is presented. It begins with a schematic flow diagram and a logical flow dia...
An on going simple laboratory experiment, referred to as the Beam Control Experiment (BCE) is descri...
Because of inherent low damping and high flexibility, large space structures may require some form o...
The NASA Lewis Research Center is concerned with the potential of interaction between space station ...
Proposed large space structures have many characteristics that make them difficult to analyze and co...
The paper addresses the problem of actively attenuating a particular class of vibrations, known as m...
The results of active control experiments performed for the Mini-Mast truss structure are presented....
The control of vibrations of large space structures by distributed sensors and actuators is studied....