"Smart" or "adaptive" structures are the next generation of structural systems. They are designed with embedded computer systems and sensors within them that help these structures to modify their behaviour - in effect, to react to stimuli and events during earthquakes, wind events, and blasts. A smart building or bridge, upon first sensing seismic tremors, would vibrate and sway in ways designed to keep it intact through the duration of the earthquake to come. Using the same computer technology that made smart bombs famous during the Gulf War episode, these smart structures are being built with increasing frequency now that this technology is gaining acceptance. This book explains the technology, and how to work it into a structural design efficiently and effectively.
Microtasking, Macrotasking, and Autotasking; Formulation of the Integrated Structural/Control Optimization; Parallel Algorithms for Solution of the Eigenvalue Problem; Parallel Algorithms for Solution of the Riccati Equation; Smart Bridge Structures; Smart Multistory Building Structures Under Earthquake and Wind Loadings; Smart Building Structures Under Blast Loading; Simultaneous Optimization of Control System and Structure; Bibliography; Subject Index.