The properties of lightweight concrete containing pumice treated with sodium hypochlorite (NaOCl), were experimentally investigated in this study. The study used treated pumice as 100 % replacement of fine and coarse aggregates in concrete mixtures. Untreated pumice aggregates were used to prepare reference mixtures. In addition, the study investigated the effect of sodium hypochlorite on pumice properties. The concrete compressive strength at ages of 7 and 28 days was tested. The results showed that the compressive strength of concrete that contained treated pumice increased by 200 % as compared to concrete containing untreated pumice. The pumice aggregate treated with NaOCl increased the pumice strength and improved its physical character...
In the paper, the effects of different percentages of additives (perlite, LECA, pumice) on the mecha...
123-128The quality of mixing and curing water plays a vital role in production and application of co...
This paper presents the development of lightweight volcanic pumice concrete (VPC) using pumice based...
The properties of lightweight concrete containing pumice treated with sodium hypochlorite (NaOCl), w...
Concrete structures suffer serious deterioration under a corrosive environment. Consequently, the se...
Lightweight concrete application in construction works is growing rapidly in these recent years due ...
Pumice has been proven as substitution material aggregate in lightweight aggregate concrete (LWAC). ...
In this study, structural lightweight concrete mixtures are produced by using Kayseri pumice aggrega...
The development in the field of construction in modern era shows rapid growth, so it demands the mor...
The present paper aims to utilize the fly ash wastes with lightweight aggregates for geopolymer conc...
61-68The purpose of this study is to evaluate the possibility of using granulated pumice as an alte...
The study investigated the effects of sodium chloride (NaCl) solutions as curing medium at concentra...
This paper presents some results of ongoing laboratory work to design a lightweight concrete using c...
This study investigates the structural properties of lightweight self-compacting concrete produced u...
Geopolymer concrete is a new material made by activating the raw materials which contain many elemen...
In the paper, the effects of different percentages of additives (perlite, LECA, pumice) on the mecha...
123-128The quality of mixing and curing water plays a vital role in production and application of co...
This paper presents the development of lightweight volcanic pumice concrete (VPC) using pumice based...
The properties of lightweight concrete containing pumice treated with sodium hypochlorite (NaOCl), w...
Concrete structures suffer serious deterioration under a corrosive environment. Consequently, the se...
Lightweight concrete application in construction works is growing rapidly in these recent years due ...
Pumice has been proven as substitution material aggregate in lightweight aggregate concrete (LWAC). ...
In this study, structural lightweight concrete mixtures are produced by using Kayseri pumice aggrega...
The development in the field of construction in modern era shows rapid growth, so it demands the mor...
The present paper aims to utilize the fly ash wastes with lightweight aggregates for geopolymer conc...
61-68The purpose of this study is to evaluate the possibility of using granulated pumice as an alte...
The study investigated the effects of sodium chloride (NaCl) solutions as curing medium at concentra...
This paper presents some results of ongoing laboratory work to design a lightweight concrete using c...
This study investigates the structural properties of lightweight self-compacting concrete produced u...
Geopolymer concrete is a new material made by activating the raw materials which contain many elemen...
In the paper, the effects of different percentages of additives (perlite, LECA, pumice) on the mecha...
123-128The quality of mixing and curing water plays a vital role in production and application of co...
This paper presents the development of lightweight volcanic pumice concrete (VPC) using pumice based...