The present study is directed to understand contribution of High reactive Meta kaolin on flexural strength of high strength concrete. Experimental investigation was carried out over water cement ratio varying from 0.32 to 0.40. OPC replaced by HRM raging from 5-15% by the weight. For all mixes compressive strength was determined at 28 days. It was observed that the optimum replacement percentage is not a constant one but it depends on water cement ratio of the mix. Test result reveals that w/c ratio 0.38 produces compressive strength nearly equals to target mean strength for all replacement levels. It also improves flexural strength of concrete for all replacement levels. https://journalnx.com/journal-article/2015071
Considerable research has focused on the effect of mineral admixtures on concrete during the past tw...
The self-consolidating concrete (SCC) performance over ordinary concrete is generally related to the...
This study reports the results of an experimental study on mechanical properties of plain and metaka...
The present study is directed to understand contribution of High reactive Meta kaolin on flexural st...
Metakaolin is a cementitious materials used as an admixture to produce high strength concrete and is...
Due to the increasing prices of cement and its harmful effect on the environment, the use of cement ...
High strength self-compacting concrete (HSSCC) is one of the concrete innovations that have a high q...
Among many mineral admixtures available, Metakaolin (MK) is a mineral admixture, whose potential is ...
Today, in most parts of the world, there has been a tremendous development in the technology of conc...
This paper presents the result of an investigation on the effect of curing condition on concrete con...
Concrete is the most commonly used material for construction. Supplementary cementitious materials ...
This work researched into the use of metakaolin as a partial substitute for cement in concrete, meta...
Fast progress of present-day concrete practice brings development of new technologies applying new t...
Since the infrastructure is developing tremendously day by day, the use of cement is highly used. In...
This study presents the effect of incorporating local calcined kaolin on the engineering properties ...
Considerable research has focused on the effect of mineral admixtures on concrete during the past tw...
The self-consolidating concrete (SCC) performance over ordinary concrete is generally related to the...
This study reports the results of an experimental study on mechanical properties of plain and metaka...
The present study is directed to understand contribution of High reactive Meta kaolin on flexural st...
Metakaolin is a cementitious materials used as an admixture to produce high strength concrete and is...
Due to the increasing prices of cement and its harmful effect on the environment, the use of cement ...
High strength self-compacting concrete (HSSCC) is one of the concrete innovations that have a high q...
Among many mineral admixtures available, Metakaolin (MK) is a mineral admixture, whose potential is ...
Today, in most parts of the world, there has been a tremendous development in the technology of conc...
This paper presents the result of an investigation on the effect of curing condition on concrete con...
Concrete is the most commonly used material for construction. Supplementary cementitious materials ...
This work researched into the use of metakaolin as a partial substitute for cement in concrete, meta...
Fast progress of present-day concrete practice brings development of new technologies applying new t...
Since the infrastructure is developing tremendously day by day, the use of cement is highly used. In...
This study presents the effect of incorporating local calcined kaolin on the engineering properties ...
Considerable research has focused on the effect of mineral admixtures on concrete during the past tw...
The self-consolidating concrete (SCC) performance over ordinary concrete is generally related to the...
This study reports the results of an experimental study on mechanical properties of plain and metaka...