Research on the Application of Information Technology in the Dynamic Monitoring of Masonry Structure

Cheng Xin Yu; Xianzhi Yu; Ning Xu; Bao Yu Pan

doi:10.4028/www.scientific.net/AMM.578-579.1212

Paper Titles

Parameter Identification for Underground Powerhouse of Pumped-Storage Power Station Based on ARMA Time-Series Model
p.1196

Safety Control and Site Monitoring on High Formwork Support System of Fastener-Style Steel Pipe
p.1200

Study on Damage Identification of Simply Supported-Beam Based on Modal Strain Energy Method
p.1204

Wind Tunnel Test of Tall Buildings with Irregularities of Elevation
p.1208

Research on the Application of Information Technology in the Dynamic Monitoring of Masonry Structure
p.1212

Vertical Deformation Prediction Method for Bridges Based on Grey System-BP Neural Network Model
p.1217

Crack Identification of Plane Frames Based on Wavelet Transform of Rotation Modes
p.1224

Damage Detection Method Based on Fractal Correlation Dimension for Steel Truss Structure
p.1228

Damage of Basement and Foundation under Low-Temperature Environment and its Analysis
p.1233

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 578-579Research on the Application of Information...

Research on the Application of Information Technology in the Dynamic Monitoring of Masonry Structure

Abstract:

It’s very important to ensure the safety of buildings by using information technology in the dynamic monitoring of masonry. The digital camera in this research is non-measurement camera which has no box marks and orientation equipment, so it’s hard to get instant photography and external orientation elements. But we use methods to establish a reasonable mathematical model, this makes the monitoring possible.