Biochar (BCH) and recycled carbon fibres (RCF) were used as carbonaceous additions in low-resistive mortars/concretes. Their effects on mechanical, electrical, and durability properties were investigated. Tests were performed both during curing and accelerated degradation. The combined use of RCF and BCH decreased the electrical impedance of cement-based matrices, enabling the use of low-cost monitoring instrumentation, and improved their mechanical performance. Recycled carbon fibres and biochar additions increased carbonation and capillary water absorption but acting as a barrier they made water and chlorides penetrate less deeply
In recent years, biochar, the solid by-product resulting from biomass pyrolysis or gasification, has...
The enhanced carbon footprint of the construction sector has created the need for CO2 emission contr...
This experimental investigation deals with the effects of reclaimed carbon fibres (RCF), carbon fibr...
Biochar (BCH) and recycled carbon fibres (RCF) were used as carbonaceous additions in low-resistive ...
In this paper, a newly developed cement and two recycled carbon-based materials, namely gasification...
The utilisation of biochar, the carbon negative product of pyrolysis, reduces the carbon footprint o...
This paper aims to evaluate the effect of carbon-based conductive recycled additions, i.e., recycled...
Cement based composites have a low conductivity and a reduced capacity to absorb electromagnetic wav...
In recent years, concrete has been accessible and economical in the construction industry, resulting...
In the eld of sustainable construction materials, the production of eco-friendly concretes, obtained...
Recently, within the field of new cementitious building materials development, there has been a grow...
The paper aims to provide a comprehensive study on the compositional optimization of high-conductive...
This study focuses on the influence of biochar – a solid, porous, carbonaceous material product resu...
This paper is aimed at exploring mechanical, electrical and self-sensing properties of cement-based ...
In recent years, biochar, the solid by-product resulting from biomass pyrolysis or gasification, has...
The enhanced carbon footprint of the construction sector has created the need for CO2 emission contr...
This experimental investigation deals with the effects of reclaimed carbon fibres (RCF), carbon fibr...
Biochar (BCH) and recycled carbon fibres (RCF) were used as carbonaceous additions in low-resistive ...
In this paper, a newly developed cement and two recycled carbon-based materials, namely gasification...
The utilisation of biochar, the carbon negative product of pyrolysis, reduces the carbon footprint o...
This paper aims to evaluate the effect of carbon-based conductive recycled additions, i.e., recycled...
Cement based composites have a low conductivity and a reduced capacity to absorb electromagnetic wav...
In recent years, concrete has been accessible and economical in the construction industry, resulting...
In the eld of sustainable construction materials, the production of eco-friendly concretes, obtained...
Recently, within the field of new cementitious building materials development, there has been a grow...
The paper aims to provide a comprehensive study on the compositional optimization of high-conductive...
This study focuses on the influence of biochar – a solid, porous, carbonaceous material product resu...
This paper is aimed at exploring mechanical, electrical and self-sensing properties of cement-based ...
In recent years, biochar, the solid by-product resulting from biomass pyrolysis or gasification, has...
The enhanced carbon footprint of the construction sector has created the need for CO2 emission contr...
This experimental investigation deals with the effects of reclaimed carbon fibres (RCF), carbon fibr...