Mechatronics for Cultural Heritage and Civil Engineering

Redefines problems outside normal boundaries and reaches solutions based on a new understanding of complex situations
Guides the applied emerging technology through a synthetic presentation of practical advanced case studies in the field
Shows that the integrated development of new technologies for the management of existing and new infrastructures produces less failures

Inhalt
1 ****Mechatronics in the process of cultural heritage and civil infrastructure management.- Part I ROBOTICS AND AUTOMATION.- ****2 Timed cellular automata based tool for the analysis of urban road traffic models.- 3 Process analysis of cable-driven parallel robots for automated construction.- 4 Design of reconfigurable cable-driven parallel robots.- 5 Distance geometry in active structures.- 6 New trends in residential automation.- Part II DIGITAL TECHNOLOGIES FOR CULTURAL HERITAGE.- 7 Digital technology and mechatronic systems for the architectural 3D metric survey.- Cultural Heritage documentation, analysis and management using Building Information Modeling: state-of-the-art and perspectives.- 9 3D survey system and digital simulations for structural monitoring of rooms at the Uffici Museum in Florence.- 10 Spacagna, Modoni, GIS based study of the land subsidence in the city of Bologna.- 11 Infrared thermography of walls in residential buildings in historic workers' housing estates in Upper Silesia.- Part III MONITORING OF CIVIL STRUCTURES.- ****12 Structural Health Monitoring systems for Smart Heritage and infrastructures in Spain.- 13 Data-driven approach to Structural Health Monitoring using statistical learning algorithms.- 14 Vibration-based monitoring of civil structures with subspace-based damage detection.- 15 Numerical and experimental investigations of reinforced masonry structures across multiple scales.- 16 Monitoring and maintenance of customized structures for underground environments: the case of Gran Sasso National Laboratory.