This study analyses a procedure to manufacture mortars with different percentages of ceramic waste as partial replacement for aggregates. The study also examines the physical, chemical and mechanical properties of the new mortars, analysing substitution ratios that range from 10% to 50%. Prior to this, all the materials used in the production of the mortar were characterised using X-ray diffraction (XRD) and fluorescence (XRF). The objective was to determine the similarity between different types of ceramic waste, as well as the differences in the minerology and chemical composition with the aggregate. The results of the study show that it is possible to obtain mortars with lower densities compared to the same product with no recycled cont...
The general objective of this work was to develop alternative and usable materials within the const...
Recycling is an important habit to avoid waste. This paper evaluates the performance of masonry mort...
The pozzolanic reactivity of real ceramic waste from different tile manufacturing companies was eval...
This research aims to study mechanical behaviour and relevant properties of masonry mortars fabricat...
As the natural resources needed for the construction sector arelimited, new practices are being adop...
This research aims to study the feasibility of incorporating fine fraction of recycled aggregates c...
In recent years the increase in waste generated by various sectors has caused problems of waste mana...
The waste produced in building construction can be used as mortars, concrete and precast components...
This research aims to study feasibility of incorporation of fine fraction of recycled aggregates com...
Construction and demolition waste is composed of fragments of ceramic tiles, steel, wood, plaster, g...
XIII DBMC – 12th International Conference on Durability of Building Materials and Components,2-5 Sep...
first_page settings Order Article Reprints Open AccessArticle Recycled Aggregates from Ceramic ...
This paper presents the results of the chemical and morphological characterization of a residue prod...
We study the behavior of mortars where 0%, 10%, 20%, 30%, 50% and 100% of their original natural san...
Because natural resources in construction are limited, it is advisable to look for new alternatives ...
The general objective of this work was to develop alternative and usable materials within the const...
Recycling is an important habit to avoid waste. This paper evaluates the performance of masonry mort...
The pozzolanic reactivity of real ceramic waste from different tile manufacturing companies was eval...
This research aims to study mechanical behaviour and relevant properties of masonry mortars fabricat...
As the natural resources needed for the construction sector arelimited, new practices are being adop...
This research aims to study the feasibility of incorporating fine fraction of recycled aggregates c...
In recent years the increase in waste generated by various sectors has caused problems of waste mana...
The waste produced in building construction can be used as mortars, concrete and precast components...
This research aims to study feasibility of incorporation of fine fraction of recycled aggregates com...
Construction and demolition waste is composed of fragments of ceramic tiles, steel, wood, plaster, g...
XIII DBMC – 12th International Conference on Durability of Building Materials and Components,2-5 Sep...
first_page settings Order Article Reprints Open AccessArticle Recycled Aggregates from Ceramic ...
This paper presents the results of the chemical and morphological characterization of a residue prod...
We study the behavior of mortars where 0%, 10%, 20%, 30%, 50% and 100% of their original natural san...
Because natural resources in construction are limited, it is advisable to look for new alternatives ...
The general objective of this work was to develop alternative and usable materials within the const...
Recycling is an important habit to avoid waste. This paper evaluates the performance of masonry mort...
The pozzolanic reactivity of real ceramic waste from different tile manufacturing companies was eval...