Research FocuS

Intelligent material systems, adaptive structures and smart structures are all terms that refer to the integrated use of structures, actuators, sensors, and control systems allowing them to adaptively change or respond to external conditions.  Examples of these mechatronic structures include buildings, bridges and roadways that can sense and control damage, aircraft that can actively monitor structural integrity, and automotive components that use active materials to reduce vibrations and enhance performance.  Examples of smart structures and materials are the integration of piezoceramic materials, shape memory alloys and other electromechanically coupled materials into systems that respond to there environment.  The Center focuses on theoretical and experimental research associated with smart structures.

Current Research areas at CIMSS include:

Design and analysis of smart systems and structures

Active control and health monitoring techniques for civil infrastructure systems and aerospace  structures

Modeling and testing of smart inflatable satellite components

Design of actuators, sensors, and hybrid control systems

Modeling of viscoelastic and passive piezoceramic damping treatments (shunts)

Development of sensory systems for health monitoring

Nastic Structures

Energy Harvesting

Autonomous Sensing Systems

Morphing for unmanned combat vehicles

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