At present, heterogeneous and fine-grained masonry rubble can only be recycled at very low level. To overcome this limitation, the material was employed as feedstock for the production of lightweight aggregates in a thermal process similar to that used in the manufacture of expanded clay and expanded slate. To that end, the fundamental suitability of masonry rubble as a raw material was evaluated. Experiments were carried out which indicated that lightweight granules with defined, adjustable properties similar to those of natural-materialbased aggregates could be manufactured from masonry rubble. Structural lightweight concretes produced with these secondary aggregates achieved comparable performance to lightweight concretes produced with c...
AbstractA comprehensive experimental program regarding the use of recycled aggregates produced from ...
The objective of the project entitled ''Utilization of Lightweight Materials Made from Coal Gasifica...
191-198The aim of this study is to identify a construction material ensuring good mechanical propert...
This research provides possible opportunities in the reuse of waste and particularly muds, coming fr...
In the construction industry, the use of lightweight aggregate is increasing rapidly due to its bene...
The purpose of this study is to evaluate different lightweight concretes for the first time formulat...
As the demand for nonrenewable natural resources, such as aggregate, is increasing worldwide, new pr...
The recycling of demolished masonry rubble as the coarse aggregate in new concreterepresents an inte...
Construction and demolition waste is composed of fragments of ceramic tiles, steel, wood, plaster, g...
A novel processing technique was developed to produce a ceramic material with potential for use as a...
The possibility of using Italian zeolitized volcanoclastites for the production of lightweight aggre...
Abstract Using industrial side streams as artificial aggregate precursors could increase waste util...
The application of building rubble collected from damaged and demolished structures is an important ...
This study aimed to investigate the recycling opportunities for industrial byproducts and their cont...
A comprehensive experimental program regarding the use of recycled aggregates produced from demoliti...
AbstractA comprehensive experimental program regarding the use of recycled aggregates produced from ...
The objective of the project entitled ''Utilization of Lightweight Materials Made from Coal Gasifica...
191-198The aim of this study is to identify a construction material ensuring good mechanical propert...
This research provides possible opportunities in the reuse of waste and particularly muds, coming fr...
In the construction industry, the use of lightweight aggregate is increasing rapidly due to its bene...
The purpose of this study is to evaluate different lightweight concretes for the first time formulat...
As the demand for nonrenewable natural resources, such as aggregate, is increasing worldwide, new pr...
The recycling of demolished masonry rubble as the coarse aggregate in new concreterepresents an inte...
Construction and demolition waste is composed of fragments of ceramic tiles, steel, wood, plaster, g...
A novel processing technique was developed to produce a ceramic material with potential for use as a...
The possibility of using Italian zeolitized volcanoclastites for the production of lightweight aggre...
Abstract Using industrial side streams as artificial aggregate precursors could increase waste util...
The application of building rubble collected from damaged and demolished structures is an important ...
This study aimed to investigate the recycling opportunities for industrial byproducts and their cont...
A comprehensive experimental program regarding the use of recycled aggregates produced from demoliti...
AbstractA comprehensive experimental program regarding the use of recycled aggregates produced from ...
The objective of the project entitled ''Utilization of Lightweight Materials Made from Coal Gasifica...
191-198The aim of this study is to identify a construction material ensuring good mechanical propert...