Emiroglu, Mehmet/0000-0002-0214-4986WOS: 000369433600006This paper presents an experimental study for determining the bond performance of lightweight concretes produced using pumice aggregate coated with colemanite-cement paste. For this purpose, eight hinged beam specimens were produced with four different concrete mixtures. 14 mm deformed bars with 10 Phi development lengths were selected constant for all test specimens. All the specimens were tested in bending and load-slip values were measured experimentally to determine the effect of colemanite-cement coated pumice aggregate on bond performances of lightweight concretes. Test results showed that, colemanite-cement coated pumice aggregate increases compressive strength and bond performa...
In the construction sector, pumice is observed to be used in both structural and non-structural buil...
Bond strength, physical, and mechanical properties of lightweight PC were investigated with inclusio...
Some properties of lightweight pumice stone concrete (LWPSC) are discussed, on account of a possible...
Pumice has been proven as substitution material aggregate in lightweight aggregate concrete (LWAC). ...
#nofulltext# --- Oymael, Sabit (Arel Author)Technological advancements in the field of building mate...
In this study, the bond strength between concrete and steel reinforcement of structuralconcrete prod...
Lightweight concrete application in construction works is growing rapidly in these recent years due ...
In this study, structural lightweight concrete mixtures are produced by using Kayseri pumice aggrega...
This paper presents some results of ongoing laboratory work to design a lightweight concrete using c...
In the paper, the effects of different percentages of additives (perlite, LECA, pumice) on the mecha...
This study examines the influence of aggregate types on the unit weight and strength characteristics...
In the last two decades, the use of pumice as lightweight aggregate for concrete in structural appli...
In this study, lightweight polymer concrete samples were produced with limestone (Ceyhan, Adana), pu...
In recent decades, lightweight aggregate concrete (LWC) became a popular building material due to it...
This paper presents the comparison of the bond and mechanical properties of lightweight oil palm she...
In the construction sector, pumice is observed to be used in both structural and non-structural buil...
Bond strength, physical, and mechanical properties of lightweight PC were investigated with inclusio...
Some properties of lightweight pumice stone concrete (LWPSC) are discussed, on account of a possible...
Pumice has been proven as substitution material aggregate in lightweight aggregate concrete (LWAC). ...
#nofulltext# --- Oymael, Sabit (Arel Author)Technological advancements in the field of building mate...
In this study, the bond strength between concrete and steel reinforcement of structuralconcrete prod...
Lightweight concrete application in construction works is growing rapidly in these recent years due ...
In this study, structural lightweight concrete mixtures are produced by using Kayseri pumice aggrega...
This paper presents some results of ongoing laboratory work to design a lightweight concrete using c...
In the paper, the effects of different percentages of additives (perlite, LECA, pumice) on the mecha...
This study examines the influence of aggregate types on the unit weight and strength characteristics...
In the last two decades, the use of pumice as lightweight aggregate for concrete in structural appli...
In this study, lightweight polymer concrete samples were produced with limestone (Ceyhan, Adana), pu...
In recent decades, lightweight aggregate concrete (LWC) became a popular building material due to it...
This paper presents the comparison of the bond and mechanical properties of lightweight oil palm she...
In the construction sector, pumice is observed to be used in both structural and non-structural buil...
Bond strength, physical, and mechanical properties of lightweight PC were investigated with inclusio...
Some properties of lightweight pumice stone concrete (LWPSC) are discussed, on account of a possible...