The physical structure of cement is of pivotal importance in the study of volumetric stability and cracking of concrete. While most of efforts in the category of crack mitigation of concrete have been devoted to the incorporation of sophisticated chemical admixtures into concrete mixtures, less attention has been paid to the fact that the modification of cement structure can be considered as a sustainable solution to this problem. This study aims to investigate the effect of the modification of the physical structure of cement on workability, early-age strength and autogenous shrinkage of cement pastes. The results show that the modification of cement physical structure can be used as a sustainable route to reduce shrinkage of cementitious ...
In recent years more and more attention has been given to autogenous shrinkage due to the increasing...
This study experimentally investigated the effects of surfactants and water-repelling agents on the ...
Master’s thesis examines the effect of the shrinkage reducing additives on rheological properties of...
The physical structure of cement is of pivotal importance in the study of volumetric stability and c...
Cement is the most important binder material in concrete structures, which can also be used alone fo...
In this work, the effects of different cementitious combinations on drying shrinkage and durability ...
Concrete is a brittle composite material that easily fractures under tension. Due to the fact that t...
Shrinkage is one of the main reasons for mortar and concrete failures like curling, crack formation ...
International audienceNumerous studies have been carried out to characterize the autogenous shrinkag...
Graduation date: 2011In the past ten years, renewed research interest has shown the benefits of inte...
The increased use of high-performance, low water-to-cement (w/c) ratio concretes has led to increase...
In the Netherlands blast furnace slag (BFS) cement is commonly used. Concretes with this type of cem...
Low water-to-cement (w/c) ratio concrete with a high paste content experiences significant autogenou...
Purpose. The article considers definition of the bond types occurring in a modified cement concrete ...
Early age shrinkage behaviour is an important factor in determining durability properties of cementi...
In recent years more and more attention has been given to autogenous shrinkage due to the increasing...
This study experimentally investigated the effects of surfactants and water-repelling agents on the ...
Master’s thesis examines the effect of the shrinkage reducing additives on rheological properties of...
The physical structure of cement is of pivotal importance in the study of volumetric stability and c...
Cement is the most important binder material in concrete structures, which can also be used alone fo...
In this work, the effects of different cementitious combinations on drying shrinkage and durability ...
Concrete is a brittle composite material that easily fractures under tension. Due to the fact that t...
Shrinkage is one of the main reasons for mortar and concrete failures like curling, crack formation ...
International audienceNumerous studies have been carried out to characterize the autogenous shrinkag...
Graduation date: 2011In the past ten years, renewed research interest has shown the benefits of inte...
The increased use of high-performance, low water-to-cement (w/c) ratio concretes has led to increase...
In the Netherlands blast furnace slag (BFS) cement is commonly used. Concretes with this type of cem...
Low water-to-cement (w/c) ratio concrete with a high paste content experiences significant autogenou...
Purpose. The article considers definition of the bond types occurring in a modified cement concrete ...
Early age shrinkage behaviour is an important factor in determining durability properties of cementi...
In recent years more and more attention has been given to autogenous shrinkage due to the increasing...
This study experimentally investigated the effects of surfactants and water-repelling agents on the ...
Master’s thesis examines the effect of the shrinkage reducing additives on rheological properties of...