In Vibration and Control Laboratory, experimental and theoretical means for improving the quality and performance of mechanical systems, components and structures, such as vibration/noise, life, speed, accurac y and weight, are studied. In the laboratory, good experimental modal analysis and noise measuring facilities and CAD systems of high-performance workstations with anal
ysis and design packages have enprovided well. Five research groups are now working actively in this laboratory.
1.Active vibration and motion control of flexible mechanical systems and struct-ures
2.Structural dynamics modification
Experimental and numerical identification and modeling of vibration Systems
3.Structural-acoustic coupling analysis and design using FEM and BEM
4.Vehicle suspension systems and vehicle dynamics control
5.Dynamics and control of flexible manipulators and machines