The development of an algorithm that will determine actuator and sensor locations on a flexible beam is discussed. Large space structures will have many locations where actuators can be placed. This research seeks to determine the optimum locations. In addition, the best locations are determined while certain constraints are satisfied which guarantee that mission performance requirements are achieved. The approach adopted is to consider actuators and sensors to be collocated so as to produce an equivalent viscous damper. Ultimately, the experimental results of measuring the log decrement during free decay will correlate with the analytical predictions
This paper presents a theoretical and experimental study of the active vibration control of a simply...
The current technology manifests a great demand for high precision and high positioning accuracy in ...
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 feasibility of using piezoelectric actuators to control the flexural oscillations of large struc...
One challenge of modern control technology is how to control a flexible structure with accuracy, spe...
An active tendon, consisting of a displacement actuator and a co-located force sensor, has been adop...
©1986 American Institute of Aeronautics and Astronautics.Presented at the 24th AIAA Aerospace Scienc...
Active damping can be realised robustly through the use of a position actuator, a collocated force s...
The present work concentrates on the application and extension of absorber design and optimization t...
Program year: 1996/1997Digitized from print original stored in HDRRobots have contributed a great de...
©2004 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for al...
A novel criterion for placement of actuators on flexible mechanical structures is presented. Using s...
As systems become more lightweight, to satisfy inertia and size requirements, vibration becomes a pr...
of a flexible structure is here presented. The studied structure is a clamped-free beam equipped wi...
This paper presents a theoretical and experimental study of the active vibration control of a simply...
The current technology manifests a great demand for high precision and high positioning accuracy in ...
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 feasibility of using piezoelectric actuators to control the flexural oscillations of large struc...
One challenge of modern control technology is how to control a flexible structure with accuracy, spe...
An active tendon, consisting of a displacement actuator and a co-located force sensor, has been adop...
©1986 American Institute of Aeronautics and Astronautics.Presented at the 24th AIAA Aerospace Scienc...
Active damping can be realised robustly through the use of a position actuator, a collocated force s...
The present work concentrates on the application and extension of absorber design and optimization t...
Program year: 1996/1997Digitized from print original stored in HDRRobots have contributed a great de...
©2004 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for al...
A novel criterion for placement of actuators on flexible mechanical structures is presented. Using s...
As systems become more lightweight, to satisfy inertia and size requirements, vibration becomes a pr...
of a flexible structure is here presented. The studied structure is a clamped-free beam equipped wi...
This paper presents a theoretical and experimental study of the active vibration control of a simply...
The current technology manifests a great demand for high precision and high positioning accuracy in ...
An on going simple laboratory experiment, referred to as the Beam Control Experiment (BCE) is descri...