Structural health monitoring system design for historical heritage building

Wireless structural health monitoring system

Structural design in an automated building system

Structural design of buildings has proven particularly difficult to automate. Parametric templates are too limited to be practicable, and pure AI-based approaches have found little application in design offices. This paper presents ‘Intelligent Ž . Parametric Templates’ IPT for structural design within an Automated Building System. It demonstrates that, for rectangular plan building types, comp...

A Circuit Design for Remote Structural Health Monitoring

Intelligent piezoelectric materials are helpful for monitoring the structural health. The principle of the piezoelectric impedance-based structural health monitoring (SHM) technique is to measure the electrical impedance of a piezoelectric patch attached to a structure in a certain frequency range. Electrical impedance variations indicate physical changes in the structure indirectly due to coup...

A Modular Design for Wireless Structural Health Monitoring Applications

This article presents the research and development activity on the Modular Monitoring System (MMS), a low-power wireless modular architecture for Structural Health Monitoring (SHM) introduced in [1]. The MMS is a device capable to easily interface the vast majority of sensors employed in SHM thanks to a novel modular architecture. In addition, the low-power design allows the MMS to support long...

Design and Performance of Wireless Sensors for Structural Health Monitoring

Wireless sensors can be realized by integrating a sensor with a passive commercial radio-frequency identification (RFID) chip. When activated, the chip responds with a digitally encoded signal that not only identifies the sensor but also contains information about the sensor state. Two devices have been developed to date: a temperature-threshold indicator and a chloride-threshold indicator. Thi...