In the last years many approaches to design SCC have been developed, but it remains a very complex process since it is necessary to manipulate several variables and understand their effects on concrete behaviour (fresh and hardened state). The prediction of concrete or mortar behaviour based on paste properties will be a significant contribution to simplify SCC design. With this purpose, two statistical experimental designs were carried out, one at paste level and the other at mortar level, to mathematically model the influence of mixture parameters on fresh and durability properties. The derived numerical models were used to define an area, labelled by self-compacting zone at paste level (SCZ), where fresh properties of the paste enable th...
Microstructure development of concrete, mortar, and paste scale of cement-based material (CBM) durin...
By means of concrete equivalent mortar (CEM) principle, concrete properties can be experimentally st...
Robustness is the capacity of cement-based mixtures to tolerate small variations in constituent elem...
Formation factor of fresh cementitious pastes was investigated experimentally as a function of time ...
The fresh and hardened properties of self-compacting concrete (SCC) depend on number of factors such...
© 2016 Elsevier Ltd The design of self-compacting concrete (SCC) is a time consuming and expansive p...
In spite of the many advantages, the use of self-compacting concrete<br/>(SCC) is currently widely l...
Self-compacting concrete (SCC) has many advantages compared to vibrated concrete. A disadvantage is ...
In spite of the many advantages, the use of self-compacting concrete(SCC) is currently widely limite...
This paper represents the results of an investigation of the suitability of different fillers to be ...
Robustness is the capacity of cement-based mixtures to tolerate small variations in constituent elem...
Today, self-compacting mortars are preferred for repair purposes due to the application easiness and...
Self-compacting concrete (SCC) has many advantages compared to vibrated concrete. A disadvantage is ...
International audienceSelf-compacting concrete (SCC) mixtures are usually designed with higher volum...
Although SCC is a very promising cementitious material, the actual application of SCC might be somew...
Microstructure development of concrete, mortar, and paste scale of cement-based material (CBM) durin...
By means of concrete equivalent mortar (CEM) principle, concrete properties can be experimentally st...
Robustness is the capacity of cement-based mixtures to tolerate small variations in constituent elem...
Formation factor of fresh cementitious pastes was investigated experimentally as a function of time ...
The fresh and hardened properties of self-compacting concrete (SCC) depend on number of factors such...
© 2016 Elsevier Ltd The design of self-compacting concrete (SCC) is a time consuming and expansive p...
In spite of the many advantages, the use of self-compacting concrete<br/>(SCC) is currently widely l...
Self-compacting concrete (SCC) has many advantages compared to vibrated concrete. A disadvantage is ...
In spite of the many advantages, the use of self-compacting concrete(SCC) is currently widely limite...
This paper represents the results of an investigation of the suitability of different fillers to be ...
Robustness is the capacity of cement-based mixtures to tolerate small variations in constituent elem...
Today, self-compacting mortars are preferred for repair purposes due to the application easiness and...
Self-compacting concrete (SCC) has many advantages compared to vibrated concrete. A disadvantage is ...
International audienceSelf-compacting concrete (SCC) mixtures are usually designed with higher volum...
Although SCC is a very promising cementitious material, the actual application of SCC might be somew...
Microstructure development of concrete, mortar, and paste scale of cement-based material (CBM) durin...
By means of concrete equivalent mortar (CEM) principle, concrete properties can be experimentally st...
Robustness is the capacity of cement-based mixtures to tolerate small variations in constituent elem...