G.L. Anderson – författare

The study of intelligent (smart) structures and systems is emerging as a new research area that is multi-disciplinary in nature, requiring technical expertise from mechanical engineering, structural enginering, electrical engineering, applied mechanics, engineering mathematics, material science, computer science, biological science etc. This technololgy is quite likely to contribute significantly to advances in the design of high-performance structures, adaptive structures, high-precision systems, microsystems, etc. This volume contains specially invited contributions to state-of-the-art research in the evolution of intelligent (smart) structures and systems. Topics include: current intelligent (smart) structures research activities, peizoelectric structures, shape memory alloy reinforced composites, applications of electrorheological fluids, intelligent sensor systems, adaptive precision trusses, damage detection, model reinforcement, control of axial moving continua, distributed transducers etc.

The study of 'intelligent (smart) structures and systems' is emerging as a new research area that is multi-disciplinary in nature, requiring technical expertise from mechanical engineering, structural engineering, electrical engineering, applied mechanics, engineering mathematics, material science, computer science, biological science, etc. This technology is quite likely to contribute significantly to advances in the design of high-performance structures, adaptive structures, high-precision systems, microsystems, etc. This volume contains specially invited contributions to state-of-the-art research in the evolution of intelligent (smart) structures and systems. Topics include: current intelligent (smart) structures research activities, piezoelectric structures, shape memory alloy reinforced composites, applications of electrorheological fluids, intelligent sensor systems, adaptive presicion trusses, damage detection, model reinforcement, control of axal moving continua, distributed transducers, etc.

In recent years, "intelligent (sm. o. rt) structures antlllJ/stems" has become an emerging new research area that is multi-disciplinary in nature, requiring technical expertise from mechanical engineering, structural engineering, electrical engineering, applied mechanics, engineering mathematics, material science, computer science, biological science, etc. This technology is quite likely to contribute significant advancements in the design of high-performance structures, adaptive structures, high-precision systems, micro-systems, etc. Although this emerging area has been rapidly gathering momentum in the last few years, researchers are aware that to some extent only initial, but highly feasible studies of the concepts proposed have been conducted. It is obvious that many important, pertinent fundamental research subjects must yet be investigated and resolved in the near future. We have the privilege to invite a number of highly regarded research scientists and engineers to summarize and contribute the results of their years of research experience with the evolution of intelligent (smart) structures and systems to the collection of chapters contained in this book. Their research topics include current intelligent (smart) structures research activities, piezoelectric structures, shape memory alloy reinforced composites, applications of electrorheological fluids, intelligent sensor systems, adaptive precision trusses, damage detection, model refinement, control of axial moving continua, distributed transducers, etc. These subjects represent only a small portion of the complete picture; indeed, the fundamentally important development of smart or intelligent materials is not addressed in detail here.

A new emerging area focusing on the interaction of active materials, sensors, actuators, controls, electronics, and structures with numerous potential applications is being investigated at various institutions and laboratories world-wide with an ever-increasing sophistication of experiment, computation, modelling and analysis. This book offers a collection of contributions from these research centres that represent the present state-of-the-art and a sampling of exciting research areas in the study of active structures, devices and systems, being on the cutting edge of these investigations. The topics covered include nonlinear piezothermoelasticity of shells, nonlinear modelling of piezoelectric fibres, actuation using shape memory alloys, damage identifications and controls, piezoelectric electrostrictive and magnetostrictive actuators, electrorheological and magnetorheological materials, active damping layers, self-sensing actuations, fibre optical sensors, active polyelectrolyte gels, impedance modelling, programmable structures, deployable structures, embedded antennas, and active shunt circuits.Applications are ranging from micro electromechanical systems to large space structures, and many others in between, such as intelligent machines, adaptive structures, mechatronic systems, smart rotor-craft and robots. A comprehensive picture of these complex structronic systems and other aspects is presented in the book by researchers that are experts in each of these domains, giving up-to-date accounts of the present state of the field in all these aspects.