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Crack-Depth Estimation in Concrete Elements Using Ultrasonic Shear-Horizontal Waves
Publisher: ASCE
Abstract: Determination of the depth of surface-opening (visible) cracks is of critical importance for evaluating the structural safety of concrete elements. Accurately determining the crack depth with traditional nondestructive ...
Seismic Site Classification from Surface Wave Data to Vs,30 without Inversion
Publisher: ASCE
Abstract: Surface wave methods have been extensively employed to estimate time-averaged shear-wave velocity (Vs) to 30 m (Vs,30) for seismic site classification. However, the inversion of surface wave dispersion data for Vs profiling ...
Setting Time Measurement of Concrete Mixtures through Monitoring of Shear-Wave Velocity with Shear-Horizontal Waves
Publisher: ASCE
Abstract: While the monitoring of longitudinal (P) waves has been widely investigated to estimate the initial setting time of concrete mixtures based on the variation in P-wave velocities, it is difficult to accurately estimate the ...
Automatic Corrosive Environment Detection of RC Bridge Decks from Ground-Penetrating Radar Data Based on Deep Learning
Publisher: ASCE
Abstract: Detecting the corrosive environment of reinforced concrete (RC) bridge decks is of critical importance for evaluating the reliability and safety of bridge structures. However, accurately and automatically detecting a ...
Influences of Strain Rate and Density on the Dynamic Material Properties and Energy Dissipation Characteristics of Iron Tailing Porous Concrete
Publisher: American Society of Civil Engineers
Abstract: Iron tailing porous concrete (ITPC) is a type of foamed concrete material that uses iron ore tailings powder to partially replace cement. As a relatively new concrete-like material, only very limited research on the dynamic ...
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