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Development of an NDT Tool for in-Situ Assessment of Prestress Loss
Bibo Zhong
, Jinying Zhu
, George Morcous
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Technical Report
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Dive into the research topics of 'Development of an NDT Tool for in-Situ Assessment of Prestress Loss'. Together they form a unique fingerprint.
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Keyphrases
Testing Tools
100%
In Situ Investigation
100%
Temperature Effect
100%
Velocity Change
100%
Non-destructive Testing
100%
Acoustoelastic Coefficient
100%
Prestress Loss
100%
Stress Level
66%
Prestress
66%
Orthogonal Directions
66%
Temperature Variation
66%
Stress Change
66%
Wave Velocity
66%
Prestressed Concrete Bridge Girder
66%
Self-reference
66%
Girder
66%
Algorithm Analysis
33%
Ultrasonic Wave
33%
Release Process
33%
Strain Measurement
33%
Concrete Specimen
33%
P-wave Velocity
33%
Material Effect
33%
Beam Test
33%
Stress Release
33%
Material Variability
33%
Material Temperature
33%
Small Beams
33%
Working Principle
33%
Acoustoelastic Effect
33%
Induced Velocity
33%
Ultrasonic Wave Velocity
33%
Signal Analysis
33%
Reference Configuration
33%
Ultrasonic Testing
33%
Environmental Influence
33%
Prestressed Concrete
33%
Temperature Correction
33%
Prestressed Concrete Member
33%
Engineering
Wave Velocity
100%
Non-Destructive Testing
100%
Prestress
100%
Ultrasonics
75%
Stress Level
50%
Bridge Girder
50%
Prestressed Concrete Bridge
50%
Beams and Girders
50%
Prestressed Concrete
50%
Full Scale
25%
Experimental Result
25%
Good Agreement
25%
Testing Method
25%
Test Setup
25%
Release Process
25%
Temperature Change
25%
Concrete Specimen
25%
Test Beam
25%
Induced Velocity
25%
Concrete Member
25%