Monitoring of in-place strength in concrete structures using maturity method–An overview
Quality assurance of concrete used in structures requires in-situ monitoring of early age
compressive strength development. Unlike traditional approaches, accurate estimation of …
compressive strength development. Unlike traditional approaches, accurate estimation of …
Enabling sustainable rapid construction with high volume GGBS concrete through elevated temperature curing and maturity testing
Nowadays, low carbon footprint concrete for construction relies heavily on ground
granulated blast-furnace slag (GGBS) as a partial cement replacement material (CRM) in …
granulated blast-furnace slag (GGBS) as a partial cement replacement material (CRM) in …
Applicability of the Modified Nurse-Saul (MNS) maturity function for estimating the effect of temperature on the compressive strength of GGBS concretes
The non-destructive real-time evaluation of compressive strength of concrete is of significant
interest to the concrete industry as it can serve as a decision tool for performing critical …
interest to the concrete industry as it can serve as a decision tool for performing critical …
Accuracy of maturity functions' strength estimates for fly ash concretes cured at elevated temperatures
The effect of elevated curing temperature on the strength development of concrete mixes
with fly ash (FA) has been investigated for strength grades C32/40 and C55/67. Percentages …
with fly ash (FA) has been investigated for strength grades C32/40 and C55/67. Percentages …
Real-time monitoring of early-age compressive strength of concrete using an IoT-enabled monitoring system: an investigative study
Determination of the early-age compressive strength of concrete is essential for quality
assurance, safety, and economy of construction projects. Due to manual operation on …
assurance, safety, and economy of construction projects. Due to manual operation on …
The influence of ambient temperature on high performance concrete properties
This paper presents the results of tests on high performance concrete (HPC) prepared and
cured at various ambient temperatures, ranging from 12° C to 30° C (the compressive …
cured at various ambient temperatures, ranging from 12° C to 30° C (the compressive …
Equivalent method for obtaining concrete age on the basis of electrical resistivity
X Lu, F Tong, X Zha, G Liu - Scientific Reports, 2021 - nature.com
Concrete age is the time since the moment water is added to the cement, and the age of
concrete comprehensively reflects the physical properties of the concrete when curing under …
concrete comprehensively reflects the physical properties of the concrete when curing under …
Comparative analysis and strength estimation of fresh concrete based on ultrasonic wave propagation and maturity using smart temperature and PZT sensors
Recently, the early-age strength prediction for RC (reinforced concrete) structures has been
an important topic in the construction industry, relating to project-time reduction and …
an important topic in the construction industry, relating to project-time reduction and …
Automated estimation of early-age concrete compressive strength using EMI signature-driven deep learning technique
X Liao, Q Yan, M Qiao, Y Qiu, Y Zhou… - Construction and Building …, 2024 - Elsevier
Concrete is a vital construction material for civil infrastructure, whose early-age compressive
strength estimation plays a critical role in determining the proper time for formwork removal …
strength estimation plays a critical role in determining the proper time for formwork removal …
[HTML][HTML] BIM-IoT integration for remote real-time concrete compressive strength monitoring
Traditionally concrete strength determination has been a costly and time-consuming
process, relying on periodic laboratory testing using compression tests on concrete-filled …
process, relying on periodic laboratory testing using compression tests on concrete-filled …