The article deals with the experimental analysis focused on the development of the physical and mechanical characteristics of the cement-based polymer-modified mortars (PCM) during ageing. Two different commercial products commonly used for similar in-situ applications were used for the experiment. The results of the shrinkage, elastic, fracture and strength parameters determined within the time interval from 3 days to 2 years of ageing are summarized and discussed in the article. The performed experimental analysis showed different behaviour of tested PCMs. The most significant differences were observed at the age of 90 days when one of the tested PCM showed a substantial decrease in most of investigated characteristics
Polymer modified mortar system is defined as hydraulic cement combined at the time of mixing with or...
The article presents the results of strength tests of cement stone with polymer additives. It is est...
The paper deals with the experimental determination of relative length changes development during ce...
Results of pilot experiments focused on monitoring of shrinkage, weight loss and mechanical fractur...
This article summarizes the results of an experimental program developed on latex-modified mortars. ...
Polymer modification of mortar and concrete is a widely used technique in order to improve their dur...
The paper summarizes results of a pilot study aimed at the evaluation of an experimental investigati...
Cement-based mortars and commercial polymer-modified mortars were investigated in the present work. ...
AbstractThe shrinkage of cement composites is a very important factor affecting their durability. Th...
Polymer-modified cementitious materials provide the base for building materials commonly used on mod...
In this article our research focused on study of basic physical and mechanical parameters of polymer...
Nowadays, polymer-modified mortars (PMM) are generally used in the field of building as finishing ma...
Repair and restoration work of reinforced-concrete (RC) structures is increasing because of the dete...
Synthetic materials, like various types of polymers, are introduced as having cementitious qualities...
This article presents a research into the impact of plasticising admixtures on drying shrinkage of c...
Polymer modified mortar system is defined as hydraulic cement combined at the time of mixing with or...
The article presents the results of strength tests of cement stone with polymer additives. It is est...
The paper deals with the experimental determination of relative length changes development during ce...
Results of pilot experiments focused on monitoring of shrinkage, weight loss and mechanical fractur...
This article summarizes the results of an experimental program developed on latex-modified mortars. ...
Polymer modification of mortar and concrete is a widely used technique in order to improve their dur...
The paper summarizes results of a pilot study aimed at the evaluation of an experimental investigati...
Cement-based mortars and commercial polymer-modified mortars were investigated in the present work. ...
AbstractThe shrinkage of cement composites is a very important factor affecting their durability. Th...
Polymer-modified cementitious materials provide the base for building materials commonly used on mod...
In this article our research focused on study of basic physical and mechanical parameters of polymer...
Nowadays, polymer-modified mortars (PMM) are generally used in the field of building as finishing ma...
Repair and restoration work of reinforced-concrete (RC) structures is increasing because of the dete...
Synthetic materials, like various types of polymers, are introduced as having cementitious qualities...
This article presents a research into the impact of plasticising admixtures on drying shrinkage of c...
Polymer modified mortar system is defined as hydraulic cement combined at the time of mixing with or...
The article presents the results of strength tests of cement stone with polymer additives. It is est...
The paper deals with the experimental determination of relative length changes development during ce...