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How to describe the structural integrity of a building? 


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The structural integrity of a building can be described through the application of advanced technologies and methodologies. One approach involves utilizing artificial neural networks, such as the ARTMAP-Fuzzy-Wavelet network, to analyze and characterize structural failure. Another method includes employing complex wavelets for fault identification, offering properties like shift invariance and directional selectivity. Additionally, non-destructive tests like Ultrasonic Pulse Velocity (UPV) and X Ray Fluorescence (XRF) can be used to evaluate concrete quality and detect deterioration, cracks, and voids in structures. By combining these techniques, professionals can identify flaws, conduct preventive maintenance, ensure structural integrity, and make informed decisions regarding the maintenance and safety of buildings.

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The structural integrity of a building can be described using an ARTMAP-Fuzzy artificial neural network to identify and characterize flaws, aiding in preventative maintenance and decision-making for ensuring structural integrity.
Open access
A A. Vv., Francesco Iacoviello 
01 Jan 2016
7 Citations
The structural integrity of a building can be described by assessing its purpose, results, and conclusions, ensuring stability and safety in construction and maintenance.
The structural integrity of a building can be described using an ARTMAP-Fuzzy-Wavelet neural network, which identifies and characterizes flaws for preventive maintenance and decision-making.
The structural integrity of a building can be described using complex wavelets for fault identification due to their shift invariance and directional selectivity, as shown in the study.

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