To assess concrete strength in an existing structure, the current methodology combines nondestructive measurements (NDT) like rebound hammer or/and pulse velocity with destructive technique (cores) in order to implement a relationship ‘‘conversion model” between the compressive strength and NDT measurements. The conversion model is used to estimate the local strength value at each test location using the corresponding NDT value.Then the estimated mean strength and/or estimated strength standard deviation (concrete strength variability) values are calculated. However, the reliability of these estimated values isalways a questionable issue because of the uncertainties associated with the strength assessment based upon NDT measurements. To imp...
Concrete compressive strength of standard samples curing under standard conditions are of outmost im...
International audienceThis recommendation is written to improve the assessment of the in situ. Compr...
Assessment of existing reinforced concrete structure entails a series of steps, among which the eval...
To assess concrete strength in an existing structure, the current methodology combines nondestructiv...
Pour évaluer la résistance mécanique du béton dans un ouvrage existant, la méthodologie courante com...
This paper presents a review on combining NDT techniques, such as rebound hammer and ultrasonic puls...
The non-destructive assessment of concrete strength in existing structures is a complex issue. While...
The non-destructive assessment of concrete strength in existing structures is a complex issue which ...
WOS:000394281100033International audienceStrength assessment of concrete in existing structures is a...
When assessing the quality of concrete on site, it is necessary to base the interpretation on reliab...
RILEM TC INR-207 is devoted to the combination of non destructive techniques to improve the assessm...
Accurate prediction of concrete compressive strength is imperative for investigating the in-situ con...
Reinforced Concrete (RC) buildings can require the determination of in situ concrete strength during...
Maintaining the performance level of civil engineering structures involves their inspection and ausc...
Concrete compressive strength of standard samples curing under standard conditions are of outmost im...
International audienceThis recommendation is written to improve the assessment of the in situ. Compr...
Assessment of existing reinforced concrete structure entails a series of steps, among which the eval...
To assess concrete strength in an existing structure, the current methodology combines nondestructiv...
Pour évaluer la résistance mécanique du béton dans un ouvrage existant, la méthodologie courante com...
This paper presents a review on combining NDT techniques, such as rebound hammer and ultrasonic puls...
The non-destructive assessment of concrete strength in existing structures is a complex issue. While...
The non-destructive assessment of concrete strength in existing structures is a complex issue which ...
WOS:000394281100033International audienceStrength assessment of concrete in existing structures is a...
When assessing the quality of concrete on site, it is necessary to base the interpretation on reliab...
RILEM TC INR-207 is devoted to the combination of non destructive techniques to improve the assessm...
Accurate prediction of concrete compressive strength is imperative for investigating the in-situ con...
Reinforced Concrete (RC) buildings can require the determination of in situ concrete strength during...
Maintaining the performance level of civil engineering structures involves their inspection and ausc...
Concrete compressive strength of standard samples curing under standard conditions are of outmost im...
International audienceThis recommendation is written to improve the assessment of the in situ. Compr...
Assessment of existing reinforced concrete structure entails a series of steps, among which the eval...