This paper outlines an experimental and numerical study on the effect of w/c, silica fume and age on shrinkage of High-Performance Concrete (HPC). Cylinders of 8 types of HPC were cast. Carbonation and water-losses were studied parallel. Internal relative humidity (RH) and strength were investigated on cubes from the same batches of HPC that was used in the studies of shrinkage. The results indicate well correlated relationships between shrinkage, w/c and RH. The type and amount of silica fume affected shrinkage. The study was performed in 1992-1998
It is well known that autogenous shrinkage of high strength concrete (HSC) with a low water-to-binde...
Concrete shrinkage is of increasing concern when making durable structures. Over time, the shrinkage...
The reduction of the moisture content of concrete during the drying process reduces the concrete’s v...
In this paper an experimental and analytical exploration on the effect of water-binder ratio (w/b), ...
This article outlines experimental and numerical studies on shrinkage of High-Performance Concrete, ...
In this article an extensive experimental and numerical study of shrinkage in HPC is outlined. For t...
This article outlines an experimental and numerical study on the pozzolanic interaction limits for c...
AbstractHigh-performance concrete (HPC) has specific performance advantages over conventional concre...
This research study investigated the shrinkage behavior of High Strength Concrete (HSC) subjected to...
Article presents the results of the effect of humidity on early shrinkage of normal concrete with va...
Article presents the results of the effect of humidity on early shrinkage of normal concrete with va...
This research study investigated the shrinkage behavior of High-strength Concrete (HSC) subjected to...
The source and dosage of silica fume were varied to investigate their effect on the plastic shrinkag...
International audienceThe use of shrinkage-reducing admixtures (SRA) has been suggested to improve c...
Creep and shrinkage are two major problems to be discussed in concrete design. Basic creep is studie...
It is well known that autogenous shrinkage of high strength concrete (HSC) with a low water-to-binde...
Concrete shrinkage is of increasing concern when making durable structures. Over time, the shrinkage...
The reduction of the moisture content of concrete during the drying process reduces the concrete’s v...
In this paper an experimental and analytical exploration on the effect of water-binder ratio (w/b), ...
This article outlines experimental and numerical studies on shrinkage of High-Performance Concrete, ...
In this article an extensive experimental and numerical study of shrinkage in HPC is outlined. For t...
This article outlines an experimental and numerical study on the pozzolanic interaction limits for c...
AbstractHigh-performance concrete (HPC) has specific performance advantages over conventional concre...
This research study investigated the shrinkage behavior of High Strength Concrete (HSC) subjected to...
Article presents the results of the effect of humidity on early shrinkage of normal concrete with va...
Article presents the results of the effect of humidity on early shrinkage of normal concrete with va...
This research study investigated the shrinkage behavior of High-strength Concrete (HSC) subjected to...
The source and dosage of silica fume were varied to investigate their effect on the plastic shrinkag...
International audienceThe use of shrinkage-reducing admixtures (SRA) has been suggested to improve c...
Creep and shrinkage are two major problems to be discussed in concrete design. Basic creep is studie...
It is well known that autogenous shrinkage of high strength concrete (HSC) with a low water-to-binde...
Concrete shrinkage is of increasing concern when making durable structures. Over time, the shrinkage...
The reduction of the moisture content of concrete during the drying process reduces the concrete’s v...