ABSTRACT
Research in smart materials and structures seeks to apply multifunctional capabilities of new and existing materials to develop structures and systems that are capable of self-sensing and monitoring, self-diagnosis and prognosis with intelligence, self-healing and repair, and adaptive response to prevent loss of human life and catastrophe, to minimize maintenance and life-cycle costs, and to prolong service life. This book provides the critical knowledge and technological bases required for meeting one of the ultimate engineering challenges: the design and construction of smart structures and systems.
TABLE OF CONTENTS
part |72 pages
Keynote Lectures
part |7 pages
Localization of damage in structural systems: Algorithms and issues
part |10 pages
Application-driven infrastructure monitoring in Japan
part |7 pages
Smart structural systems technologies
part |8 pages
Civil infrastructure monitoring and assessment (1)
part |7 pages
Smart control systems based on MR fluids (1)
part |9 pages
Localization of damage in structural systems: Algorithms
part |7 pages
Electroactive sensors and actuators (1)
part |10 pages
Smart structural systems and materials
part |8 pages
Civil infrastructure monitoring and assessment (2)
part |6 pages
Magnetorheological fluids and dampers (1)
part |7 pages
Structural health monitoring
part |7 pages
Piezoelectric composite sensors (1)
part |7 pages
Innovative sensing systems: Fiber sensors (1)
part |7 pages
SHM of civil structures
part |8 pages
Innovative sensing systems (1)
part |10 pages
Recent advances in structural damage and fault detection in the US
part |10 pages
Model updating for civil applications
part |7 pages
Life-cycle performance assessment-based on structural health monitoring
part |6 pages
Novel technologies and methods of SHM for decision making
part |8 pages
Smart materials and intelligent systems
part |6 pages
Data-driven approaches and structural informatics for next generation smart structures (1)
part |4 pages
Structural damage and fault detection (1)
part |5 pages
Smart control systems based on MR fluids (2)
part |7 pages
System identification
part |7 pages
Analysis and assessment of structural systems
part |4 pages
Motion and vibration control structures (1)
part |8 pages
Data-driven approaches and structural informatics for next generation smart structures (2)
part |6 pages
Structural damage and fault detection (2)
part |7 pages
Magnetorheological fluids and dampers (2)
part |8 pages
System identification and damage detection
part |6 pages
Innovative actuators
part |8 pages
Motion and vibration control structures (2)
part |8 pages
Innovative sensing systems (2)
part |6 pages
Transformative application of smart sensor technology in health monitoring
part |8 pages
Innovative sensors and actuators
part |6 pages
Nano-scale materials for civil infrastructures
part |7 pages
In-situ materials monitoring
part |8 pages
Educating next-generation engineers on smart structures technology
part |5 pages
Signal processing for SHM
part |6 pages
Smart materials and structural systems
part |7 pages
Smart structural systems
part |10 pages
Motion and vibration control (1)
part |5 pages
Bio-inspired structures and materials (1)
part |6 pages
Damage detection and control of structures
part |7 pages
New sensor technology for civil engineering structures (1)
part |5 pages
Morphing structures and systems
part |5 pages
Bio-inspired structures and materials (2)
part |7 pages
Localization of damage in structural systems: Algorithms
part |5 pages
New sensor technology for civil engineering structures (2)
part |6 pages
Electroactive sensors and actuators (2)
part |8 pages
Motion and vibration control (2)
part |10 pages
Innovative sensing systems (3)
part |8 pages
Paradigms and technologies related to the engineering and management of intelligent infrastructures and constructed systems (1)
part |5 pages
Model updating in hybrid simulation
part |6 pages
Structural damage and fault detection (3)
part |6 pages
Civil infrastructure monitoring and assessment (3)
part |5 pages
Electroactive sensors and actuators (3)
part |5 pages
Motion and vibration control of structures
part |6 pages
Innovative sensing systems: Fiber sensors (2)
part |3 pages
Paradigms and technologies related to the engineering and management of intelligent infrastructures and constructed systems (2)
part |7 pages
Developments and experiments in biomimetic robots
part |12 pages
Motion and vibration control (3)
part |6 pages
Smart systems and mechatronics
part |7 pages
Magnetorheological fluids and dampers (3)
part |8 pages
Data-analysis methods
part |6 pages
Smart control systems-based on MR fluids (3)
part |4 pages
Applications of smart materials
part |5 pages
Technologies and methods of SHM
part |6 pages
Magnetorheological fluids and dampers (4)
part |7 pages
Piezoelectric composite sensors (2)
part |10 pages
Innovative sensors and actuators: shape memory alloys
