Cement is the most energy-consuming component of concrete, leading to a high CO2 release during its fabrication. Therefore, a reduction of the cement amount used in concrete mixtures would be beneficial from an environmental point of view. One way to do this is by replacing cement with a suitable material; in this research, recycled concrete fines obtained from crushed concrete (RCF) is used to replace part of the cement in new mortar recipes. RCF subjected to various thermal treatments were used to replace part of the cement in the standard mortar samples containing either OPC or slag- or fly-ash blended cements. Both untreated and thermally-treated RCF were characterized in terms of density, PSD, composition (XRF and XRD, as well as SEM),...
A study to advance knowledge concerning the performance and strength variability of cement stabilize...
Cement recycling can reduce the environmental impact caused by the landfills of demolished concrete ...
Cementitious and recycled materials that have the potential to improve various properties of concret...
Cement is the most energy-consuming component of concrete, leading to a high CO2 release during its ...
The main objective of this research is to use recycled concrete fines (RCF) to replace part of the c...
The demand to consider novel sustainable material development within the concrete construction indus...
The building materials industry makes a major contribution to greenhouse gases emitted each year, pa...
The waste produced from ready-mixed concrete (RMC) industries poses an environmental challenge regar...
699-708Rivers are over exploited for natural sand extraction and production of cement has triggered ...
The aim of the research was to determine the possibility of using the fine fraction from the recycle...
The research project focused on investigating and optimizing the processing and use of recycled crus...
To sustain the environment, it is crucial to find solutions to deal with waste, pollution, depletion...
Recycled concrete aggregates are mainly used for road construction, but another interesting applicat...
The recent increase in industrial waste in the construction industry has created a number of problem...
This experimental investigation deals with the effects of reclaimed carbon fibres (RCF), carbon fibr...
A study to advance knowledge concerning the performance and strength variability of cement stabilize...
Cement recycling can reduce the environmental impact caused by the landfills of demolished concrete ...
Cementitious and recycled materials that have the potential to improve various properties of concret...
Cement is the most energy-consuming component of concrete, leading to a high CO2 release during its ...
The main objective of this research is to use recycled concrete fines (RCF) to replace part of the c...
The demand to consider novel sustainable material development within the concrete construction indus...
The building materials industry makes a major contribution to greenhouse gases emitted each year, pa...
The waste produced from ready-mixed concrete (RMC) industries poses an environmental challenge regar...
699-708Rivers are over exploited for natural sand extraction and production of cement has triggered ...
The aim of the research was to determine the possibility of using the fine fraction from the recycle...
The research project focused on investigating and optimizing the processing and use of recycled crus...
To sustain the environment, it is crucial to find solutions to deal with waste, pollution, depletion...
Recycled concrete aggregates are mainly used for road construction, but another interesting applicat...
The recent increase in industrial waste in the construction industry has created a number of problem...
This experimental investigation deals with the effects of reclaimed carbon fibres (RCF), carbon fibr...
A study to advance knowledge concerning the performance and strength variability of cement stabilize...
Cement recycling can reduce the environmental impact caused by the landfills of demolished concrete ...
Cementitious and recycled materials that have the potential to improve various properties of concret...