Add to ORKGDue to the high CO2 emissions and scarcity involved in producing cement, ways are sought to reduce the amount of cement needed. In this paper the possibility of using micronized sand as cement replacement is investigated. Material properties are determined and the influence on the cement paste is assessed via workability and strength measurements. It is found that the workability decreases with increasing fineness and higher replacement levels. Strength reduction seems to be slightly more than proportional to the replacement level. Theoretical analysis has been done on the subjects of particle size distribution, specific surface and particle packing. A good correlation is found between the specific surface and the workability indicators. Pa...
Cement blending with mineral admixtures, especially with byproduct or waste product powder, can effe...
When added to concrete in appropriate content, silica fume may provide an increase in the mechanical...
The rheological and mechanical performance of cement paste is closely related to its packing density...
Due to the high CO2 emissions and scarcity involved in producing cement, ways are sought to reduce t...
Concrete is one of the most important construction materials in the world. However, Portland cement ...
Abstract Cement is considered the basic component with the highest environmental impact in construct...
In recent decades, the cement industry became aware, more and more, of the economic and environmenta...
In this study, micronized sand is selected as a kind of filler to partially replace cement in cement...
The main scientific and practical results of increasing environmental and economic efficiency of usi...
Concrete is one of the most important construction materials in the world. However, Portland cement,...
The building materials industry makes a major contribution to greenhouse gases emitted each year, pa...
Abstract: Usage of alternative fine aggregates in concrete and cement mortar has been gradually incr...
Physical particle packing is becoming a hot topic in concrete technology as more and more types of g...
Ecological concrete can be designed by replacing cement with fillers. With low amounts of cement it ...
The major environmental impact of concrete comes from the CO2 emissions, produced during the cement ...
Cement blending with mineral admixtures, especially with byproduct or waste product powder, can effe...
When added to concrete in appropriate content, silica fume may provide an increase in the mechanical...
The rheological and mechanical performance of cement paste is closely related to its packing density...
Due to the high CO2 emissions and scarcity involved in producing cement, ways are sought to reduce t...
Concrete is one of the most important construction materials in the world. However, Portland cement ...
Abstract Cement is considered the basic component with the highest environmental impact in construct...
In recent decades, the cement industry became aware, more and more, of the economic and environmenta...
In this study, micronized sand is selected as a kind of filler to partially replace cement in cement...
The main scientific and practical results of increasing environmental and economic efficiency of usi...
Concrete is one of the most important construction materials in the world. However, Portland cement,...
The building materials industry makes a major contribution to greenhouse gases emitted each year, pa...
Abstract: Usage of alternative fine aggregates in concrete and cement mortar has been gradually incr...
Physical particle packing is becoming a hot topic in concrete technology as more and more types of g...
Ecological concrete can be designed by replacing cement with fillers. With low amounts of cement it ...
The major environmental impact of concrete comes from the CO2 emissions, produced during the cement ...
Cement blending with mineral admixtures, especially with byproduct or waste product powder, can effe...
When added to concrete in appropriate content, silica fume may provide an increase in the mechanical...
The rheological and mechanical performance of cement paste is closely related to its packing density...