Artificial neural network-based early-age concrete strength monitoring using dynamic response signals
Concrete is one of the most common materials used to construct a variety of civil
infrastructures. However, since concrete might be susceptible to brittle fracture, it is essential …
infrastructures. However, since concrete might be susceptible to brittle fracture, it is essential …
Concrete early-age strength monitoring using embedded piezoelectric transducers
At early ages of concrete structures, strength monitoring is important to determine the
structures' readiness for service. Piezoelectric-based strength monitoring methods provide …
structures' readiness for service. Piezoelectric-based strength monitoring methods provide …
Nondestructive concrete strength estimation based on electro-mechanical impedance with artificial neural network
Concrete is one of the most common materials used to construct a variety of civil
infrastructures. However, since concrete is susceptible to fractures, it is essential to confirm …
infrastructures. However, since concrete is susceptible to fractures, it is essential to confirm …
Concrete strength evaluation in an early-age curing process using SVM with ultrasonic harmonic waves
Previous studies have not advanced a method for measuring the strength of concrete at an
early age. In this study, an embedded piezoelectric sensor module has been developed for …
early age. In this study, an embedded piezoelectric sensor module has been developed for …
Integrating embedded piezoelectric sensors with continuous wavelet transforms for real-time concrete curing strength monitoring
It is highly necessary to evaluate strength development during the curing process to ensure
the quality of concrete in construction using concrete. In particular, curing strength …
the quality of concrete in construction using concrete. In particular, curing strength …
Early age strength monitoring of concrete structures using embedded smart piezoelectric transducers
It is important to conduct early age strength monitoring of concrete structures because it will
help speed up construction. Piezoelectric-based strength monitoring method provides an …
help speed up construction. Piezoelectric-based strength monitoring method provides an …
Early-age concrete strength estimation technique using embedded piezoelectric self-sensing impedance
Recently, demands for the construction of Nuclear Power Plants (NPP) using high strength
concrete (HSC) has been increased. However, HSC might be susceptible to brittle fracture if …
concrete (HSC) has been increased. However, HSC might be susceptible to brittle fracture if …
Predicting concrete strength early age using a combination of machine learning and electromechanical impedance with nano-enhanced sensors
H Ju, L Xing, AH Ali, IE El-Arab, AEA Elshekh… - Environmental …, 2024 - Elsevier
To ensure the structural integrity of concrete and prevent unanticipated fracturing, real-time
monitoring of early-age concrete's strength development is essential, mainly through …
monitoring of early-age concrete's strength development is essential, mainly through …
Deep learning neural networks for monitoring early-age concrete strength through a surface-bonded PZT sensor configuration
Monitoring the immediate evolution of concrete's strength is essential to ensure structural
integrity and construction efficiency, requiring Forecasting to avoid unforeseen and severe …
integrity and construction efficiency, requiring Forecasting to avoid unforeseen and severe …
Nondestructive Wireless Monitoring of Early‐Age Concrete Strength Gain Using an Innovative Electromechanical Impedance Sensing System
CP Providakis, EV Liarakos… - Smart Materials …, 2013 - Wiley Online Library
Monitoring the concrete early‐age strength gain at any arbitrary time from a few minutes to a
few hours after mixing is crucial for operations such as removal of frameworks, prestress, or …
few hours after mixing is crucial for operations such as removal of frameworks, prestress, or …