activevibrationcontrol.blogspot.com
Active Vibration Control: Simulation Study for Controlling Second Mode using ANSYS
http://activevibrationcontrol.blogspot.com/2008/08/simulation-study-for-controlling-second.html
About concept, design, types and technique of active vibration control with smart structure like piezoelectric sensor, controller, actuators. Modal analysis, convergence study of a simply supported beam. Modeling, analysis of integrated structure by ansys, matlab. Obtaining nodal solution, dc gain, filter significant modes, obtain reduced model. Transient analysis, simulation study to control first, second mode. Tuesday, August 19, 2008. Simulation Study for Controlling Second Mode using ANSYS. Active Vi...
activevibrationcontrol.blogspot.com
Active Vibration Control: Active Vibration Control & Controller Objective
http://activevibrationcontrol.blogspot.com/2008/08/active-vibration-control-controller.html
About concept, design, types and technique of active vibration control with smart structure like piezoelectric sensor, controller, actuators. Modal analysis, convergence study of a simply supported beam. Modeling, analysis of integrated structure by ansys, matlab. Obtaining nodal solution, dc gain, filter significant modes, obtain reduced model. Transient analysis, simulation study to control first, second mode. Thursday, August 21, 2008. Active Vibration Control and Controller Objective. IMSC requires t...
activevibrationcontrol.blogspot.com
Active Vibration Control: Theoritical Model Analysis of a Simply Supported Beam
http://activevibrationcontrol.blogspot.com/2008/08/theoritical-model-analysis-of-simply.html
About concept, design, types and technique of active vibration control with smart structure like piezoelectric sensor, controller, actuators. Modal analysis, convergence study of a simply supported beam. Modeling, analysis of integrated structure by ansys, matlab. Obtaining nodal solution, dc gain, filter significant modes, obtain reduced model. Transient analysis, simulation study to control first, second mode. Thursday, August 21, 2008. Theoritical Model Analysis of a Simply Supported Beam. Model Analy...
activevibrationcontrol.blogspot.com
Active Vibration Control: Conclusion of Project
http://activevibrationcontrol.blogspot.com/2008/08/conclusion-of-project.html
About concept, design, types and technique of active vibration control with smart structure like piezoelectric sensor, controller, actuators. Modal analysis, convergence study of a simply supported beam. Modeling, analysis of integrated structure by ansys, matlab. Obtaining nodal solution, dc gain, filter significant modes, obtain reduced model. Transient analysis, simulation study to control first, second mode. Thursday, August 21, 2008. Posted by Naveed Naik. Subscribe to: Post Comments (Atom). Simulat...
activevibrationcontrol.blogspot.com
Active Vibration Control: References
http://activevibrationcontrol.blogspot.com/2008/08/references.html
About concept, design, types and technique of active vibration control with smart structure like piezoelectric sensor, controller, actuators. Modal analysis, convergence study of a simply supported beam. Modeling, analysis of integrated structure by ansys, matlab. Obtaining nodal solution, dc gain, filter significant modes, obtain reduced model. Transient analysis, simulation study to control first, second mode. Tuesday, August 19, 2008. Http:/ www.ansys.com/. MATLAB© 6.5v software MATHWORKS Inc. Modelli...
activevibrationcontrol.blogspot.com
Active Vibration Control: Obtaining D.C. Gain using MATLAB
http://activevibrationcontrol.blogspot.com/2008/08/obtaining-dc-gain-using-matlab.html
About concept, design, types and technique of active vibration control with smart structure like piezoelectric sensor, controller, actuators. Modal analysis, convergence study of a simply supported beam. Modeling, analysis of integrated structure by ansys, matlab. Obtaining nodal solution, dc gain, filter significant modes, obtain reduced model. Transient analysis, simulation study to control first, second mode. Wednesday, August 20, 2008. Obtaining D.C. Gain using MATLAB. Posted by Naveed Naik. Obtainin...
activevibrationcontrol.blogspot.com
Active Vibration Control: Filtering of Significant Modes using MATLAB
http://activevibrationcontrol.blogspot.com/2008/08/we-rank-relative-importance-of.html
About concept, design, types and technique of active vibration control with smart structure like piezoelectric sensor, controller, actuators. Modal analysis, convergence study of a simply supported beam. Modeling, analysis of integrated structure by ansys, matlab. Obtaining nodal solution, dc gain, filter significant modes, obtain reduced model. Transient analysis, simulation study to control first, second mode. Wednesday, August 20, 2008. Filtering of Significant Modes using MATLAB. Hence, for given str...
matlab-analysis.blogspot.com
Analysis of a Simply Supported Beam using MATLAB: Obtaining Reduced Model using MATLAB
http://matlab-analysis.blogspot.com/2008/09/obtaining-reduced-model-using-matlab.html
Analysis of a Simply Supported Beam using MATLAB. Obtaining Nodal Solution, Obtaining D. C. Gain, Filtering of Significant Modes and Obtaining Reduced Model. Monday, September 8, 2008. Obtaining Reduced Model using MATLAB. The other option for “modred” is the “del” option, which simply eliminates the defined states, typically associated with high frequency modes. Node 3 Displacement with 3 Modes included with Modred "DEL" Option. Node 3 Displacement for 3 Modes included with Modred "MDC" Option. Theoriti...
vibrationcontrol.blogspot.com
Vibration Control: Active Vibration Control & Controller Objective
http://vibrationcontrol.blogspot.com/2008/03/active-vibration-control-smart_14.html
Learn about the techniques of Active Vibration Control and Passive Vibration Control with the help of Smart Structures. Techniques like Independent Modal Space Control IMSC, Modified Independent Modal Space Control MIMSC and Coupled Control are discussed here. Friday, March 14, 2008. Active Vibration Control and Controller Objective. According to the way in which controllers are designed, the control techniques have been classified such as Independent Modal Space Control (IMSC) and Coupled Control (CC).