Mortars are common and essential elements of masonry historical buildings [1] and are composed by a binder, aggregates and eventually, some additives. The binder provides consistency to this composite material, and until the emergence of Portland cement in the 19th century, lime was the main binder used. The aggregates are normally sand or rock fragments with variable sizes. The whole set is morphologically very similar to a sedimentary clastic rock with carbonate cementing. Following an old tradition of microscope use in this kind of rocks, it is not surprising the application of optical microscopy to mortars [2] as also happened with concrete
The characterization of historic mortars by means of a concise methodology of material analyses can ...
Before the general acceptance of Portland cement as the main binder for concrete in the late 19th ce...
The characterization of historic mortars by means of a concise methodology of material analyses can ...
The process of historical building conservation includes the repair of mortars eroded due to materia...
The process of historical building conservation includes the repair of mortars eroded due to materia...
Masonry mortars and mortars used for flooring (4th-11th century AD) from excavations in the Cathedra...
Historic lime mortars are an amalgam of natural and man-made materials. Thus, the study of lime mort...
Historic lime mortars are an amalgam of natural and man-made materials. Thus, the study of lime mort...
In this paper, the advances in the use of optical and electronic microscope for study of the minero-...
Fluorescence microscopy images were obtained and analysed using image analysis. The ratio between ma...
Evora Cathedral (one of the most emblematic monuments of Evora—Portugal) has suffered several conser...
Lime based mortars dated back to 4th-3rd century BC were sampled in a Punic-Roman residential area r...
Lime based mortars dated back to 4th-3rd century BC were sampled in a Punic-Roman residential area r...
Characterization of a mortar from the XVI century found in the colonial district of Santo Domingo (D...
Abstract Historical mortars from sixteenth to seventeenth century military forts located at the mou...
The characterization of historic mortars by means of a concise methodology of material analyses can ...
Before the general acceptance of Portland cement as the main binder for concrete in the late 19th ce...
The characterization of historic mortars by means of a concise methodology of material analyses can ...
The process of historical building conservation includes the repair of mortars eroded due to materia...
The process of historical building conservation includes the repair of mortars eroded due to materia...
Masonry mortars and mortars used for flooring (4th-11th century AD) from excavations in the Cathedra...
Historic lime mortars are an amalgam of natural and man-made materials. Thus, the study of lime mort...
Historic lime mortars are an amalgam of natural and man-made materials. Thus, the study of lime mort...
In this paper, the advances in the use of optical and electronic microscope for study of the minero-...
Fluorescence microscopy images were obtained and analysed using image analysis. The ratio between ma...
Evora Cathedral (one of the most emblematic monuments of Evora—Portugal) has suffered several conser...
Lime based mortars dated back to 4th-3rd century BC were sampled in a Punic-Roman residential area r...
Lime based mortars dated back to 4th-3rd century BC were sampled in a Punic-Roman residential area r...
Characterization of a mortar from the XVI century found in the colonial district of Santo Domingo (D...
Abstract Historical mortars from sixteenth to seventeenth century military forts located at the mou...
The characterization of historic mortars by means of a concise methodology of material analyses can ...
Before the general acceptance of Portland cement as the main binder for concrete in the late 19th ce...
The characterization of historic mortars by means of a concise methodology of material analyses can ...