This paper aims to evaluate mineralogical, elemental, and thermal differences among original Roman joint mortars and those used in twentieth-century restoration campaigns taken from different areas at the Herculaneum archaeological site. The purpose is to improve the compatibility of restoration mortars. Roman and modern mortars were studied with petrography, thermal analysis and x-ray fluorescence investigations. The results indicate significant differences between the Roman and modern mortars which could facilitate the degradation process. Roman mortars, in particular, were composed of a coarser aggregate which was present in a lower ratio with binder in comparison with modern mortars
This research deals with the archaeometric study of mortars of two outstanding examples of Roman arc...
Trabajo presentado en la 4th Historic Mortars Conference (2016), celebrada en Santorini (Grecia), de...
Roman mortars from a mausoleum (named D46b) belonging to the archaeological site of Porta Mediana ne...
This paper aims to evaluate mineralogical, elemental, and thermal differences among original Roman j...
This paper concerns the characterization of mortars sampled from various types of floors at the arch...
Design of conservation mortars for architectural heritage is always an ambitious and inspiring task,...
During the excavation of the Curiae Veteres area at the Palatine hill, mortars from different eras w...
By using the methods of archaeological chemistry—thermal analysis, powder X-ray diffraction analysis...
This paper provides a multi-technical characterization of mortar samples from the Roman city Complut...
Aim of this study is the characterisation of ancient Roman mortars collected in Piscina Mirabilis, l...
This paper focuses on the study of different Roman mortars (renders, finishing coats), used in the c...
This study concerns experimental results of a chemical–physical and mineralogical characterisation o...
Mirobriga is a Roman site located in the municipality of Santiago do Cacém, in Setúbal, a district i...
International audienceRoman mortars from a mausoleum (named D46b) belonging to the archaeological si...
The work addressed to the study of the Roman mortars used in the construction of the Maritime Theate...
This research deals with the archaeometric study of mortars of two outstanding examples of Roman arc...
Trabajo presentado en la 4th Historic Mortars Conference (2016), celebrada en Santorini (Grecia), de...
Roman mortars from a mausoleum (named D46b) belonging to the archaeological site of Porta Mediana ne...
This paper aims to evaluate mineralogical, elemental, and thermal differences among original Roman j...
This paper concerns the characterization of mortars sampled from various types of floors at the arch...
Design of conservation mortars for architectural heritage is always an ambitious and inspiring task,...
During the excavation of the Curiae Veteres area at the Palatine hill, mortars from different eras w...
By using the methods of archaeological chemistry—thermal analysis, powder X-ray diffraction analysis...
This paper provides a multi-technical characterization of mortar samples from the Roman city Complut...
Aim of this study is the characterisation of ancient Roman mortars collected in Piscina Mirabilis, l...
This paper focuses on the study of different Roman mortars (renders, finishing coats), used in the c...
This study concerns experimental results of a chemical–physical and mineralogical characterisation o...
Mirobriga is a Roman site located in the municipality of Santiago do Cacém, in Setúbal, a district i...
International audienceRoman mortars from a mausoleum (named D46b) belonging to the archaeological si...
The work addressed to the study of the Roman mortars used in the construction of the Maritime Theate...
This research deals with the archaeometric study of mortars of two outstanding examples of Roman arc...
Trabajo presentado en la 4th Historic Mortars Conference (2016), celebrada en Santorini (Grecia), de...
Roman mortars from a mausoleum (named D46b) belonging to the archaeological site of Porta Mediana ne...