The possibility of using pumice aggregates for concrete in structural applications is discussed. In particular, the mix design of lightweight concrete for the manufacturing masonry units having proper strength, is discussed. Moreover, the design of the unit shape according to the technical code requirements and making it possible to arrange reinforcing steel bars is described. Reinforced bearing masonry walls, made with the concrete units in question, were manufactured and tests on the panels and on the designed units were carried out. For comparison, tests on concrete units and structural elements were carried out after the substitution of pumice aggregates with ordinary lightweight aggregates, proving that pumice can be considered an alt...
Day to day a large development in construction activities are happening. All constructions require h...
Prefabricated panel walls have been widely used in building construction due to their excellent stru...
The intention of this paper is to contribute to the study of lightweight concrete particularly Light...
The possibility of using pumice aggregates for concrete in structural applications is discussed. In ...
The possibility of using pumice aggregates for concrete in structural applications is discussed. In ...
In the last two decades, the use of pumice as lightweight aggregate for concrete in structural appli...
Some properties of lightweight pumice stone concrete (LWPSC) are discussed, on account of a possible...
Lightweight cement has numerous applications in the substantial and development industry these days....
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...
Lightweight aggregates have long been used widely in construction worldwide. One of the most widely ...
The usage of lightweight aggregates in concrete or mortar is increasing remarkably due to energy and...
The challenge observe with the special concrete including light weight concrete by using the use of ...
61-68The purpose of this study is to evaluate the possibility of using granulated pumice as an alte...
With the present day advance of building science, concrete engineers are beginning to look into the ...
Day to day a large development in construction activities are happening. All constructions require h...
Prefabricated panel walls have been widely used in building construction due to their excellent stru...
The intention of this paper is to contribute to the study of lightweight concrete particularly Light...
The possibility of using pumice aggregates for concrete in structural applications is discussed. In ...
The possibility of using pumice aggregates for concrete in structural applications is discussed. In ...
In the last two decades, the use of pumice as lightweight aggregate for concrete in structural appli...
Some properties of lightweight pumice stone concrete (LWPSC) are discussed, on account of a possible...
Lightweight cement has numerous applications in the substantial and development industry these days....
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...
Lightweight aggregates have long been used widely in construction worldwide. One of the most widely ...
The usage of lightweight aggregates in concrete or mortar is increasing remarkably due to energy and...
The challenge observe with the special concrete including light weight concrete by using the use of ...
61-68The purpose of this study is to evaluate the possibility of using granulated pumice as an alte...
With the present day advance of building science, concrete engineers are beginning to look into the ...
Day to day a large development in construction activities are happening. All constructions require h...
Prefabricated panel walls have been widely used in building construction due to their excellent stru...
The intention of this paper is to contribute to the study of lightweight concrete particularly Light...