IMEKO Event Proceedings Search

Page 7 of 977 Results 61 - 70 of 9762

Lara De Giorgi, Dora Francesca Barbolla, Giovanni Leucci
ERT survey at the Roman Bath in Sagalassos (Turkey)

Results related to ERT surveys at the archaeological site of Sagalassos (Turkey) were presented. Data analysis demonstrate the conservation state of the Roman Bath and suggest the restoration intervenes.

Lara De Giorgi, Giancarlo De Pascalis, Ivan Ferrari, Francesco Giuri, Giovanni Leucci
Geophysical survey at the coastal tower of S. Caterina (Lecce, Italy)

The Santa Caterina tower in Nardò (Lecce, Italy) represents one of the many types of coastal towers of the ancient Terra dʼOtranto province. It was part of the defensive system of the Ionian coast of Salento against the Turkish threat. The integrated geophysical prospections are part of the analysis of the tower about constructive elements, wall discontinuities, functional modification in order to understand the phases and the change of the structure over the centuries. The information collected will be useful for a restoration project finalized to recover a building abandoned for years.

Lara De Giorgi, Dora Francesca Barbolla, Giovanni Leucci
Geophysical survey in the area of aguglia d'agosta (Priolo Gargallo, Sicily)

Syracuse and its countryside played a crucial role in the economy of ancient Sicily. Despite its historical and economic importance in the Roman and Medieval periods, our knowledge about the organization of its agricultural production, and economic circuit between the rural settlements and the city are limited. From 2009 the researches of the “Institute of Heritage Sciences – CNR” attempt to remedy this omission by outlining a preliminary picture of the rich historical and archaeological heritage of Priolo Gargallo, which will be analysed using a multidisciplinary approach (archaeological survey, geophysical investigations, aerial photography analysis, etc.).

Fabrizio Terenzio Gizzi, Maria Rosaria Potenza, Maria Sileo, Antonio Minervino Amodio
Tracking the research landscape of Infrared Thermography in Architectural Heritage: A Data-Driven View

The research landscape of international studies on the use of infrared thermography (IRT) as a non-destructive diagnosis tool for architectural heritage is analysed through a bibliometric study. The article examines various facets like the temporal trend of publications, the most prominent research fields engaged in the work, the scientific output by institution and country as well as the hot topics. Some preliminary deductions are subsequently drawn. The paper can be of interest for researchers and practitioners who work on non-destructive testing (NDT) for architectural heritage. It can also be helpful for planning future study or cooperation activities.

Fabrizio Terenzio Gizzi, Edoardo Geraldi, Maria Rosaria Potenza, Sileo Maria
Integrating Historical Sources and Infrared Thermography for Detection of Seismic Damage in Architectural Heritage

This article aims to illustrate a methodological approach for identifying damage scars and reconstruction interventions on monuments affected by past earthquakes. The approach draws on the combined and cross-referenced use of historical-technical sources alongside infrared thermographic surveys, allowing to piece together the chronology and extent of structural interventions over time. To try out and validate the methodology, we focus on two case studies involving churches located in two towns in the Basilicata region (Southern Italy). These sites were struck by two major seismic events in the 20th century: the 23 July 1930 Irpinia earthquake (Mw 6.7) and the 23 November 1980 Irpinia-Basilicata earthquake (Mw 6.8). By examining these examples, we aim to lay out the potential of the method to bring out hidden traces of damage and reveal insights into the repair strategies adopted in response to seismic events.

Dora Francesca Barbolla, Lara De Giorgi, Ivan Ferrari, Francesco Giuri, Giovanni Leucci
Geophysical data acquisition for a non-invasive diagnosis at the Convitto Palmieri in Lecce

The church of San Francesco della Scarpa is a church in the historic center of Lecce (south Italy) located inside at the Convitto Palmieri. The church has had static stability problems in recent years. in order to understand the causes, a series of findings have been undertaken with the use of integrated non destructive methodologies. Ground Penetrating Radar (GPR), seismic tomography (ST), were used. Results reveals the structural problems of the church.

Giulia Galli, Chiara Andrea Lombardi, Chiara Nenci, Carlo Mariani, Paola Fermo, Valeria Comite
Non-destructive multi-analytical preliminary characterization of a Giuseppe Sabatelli self-portrait and Natale Longoni inscription on a shaving bowl lid

In the present study, a self-portrait by the painter Giuseppe Sabatelli (1813–1843) and an inscription written by Natale Longoni (1851–1930), respectively placed on the back and front side of a shawing bowl lid, were analyzed. Longoni received the object as a gift from Luigi Maria Sabatelli (1818–1899), also a painter and brother of Giuseppe, who is not to be confused with their father, Luigi Sabatelli (1772–1850), a professor at the Brera Academy. In particular, a non-invasive multi-analytical approach was carried out using the following techniques: Digital microscope, Ultraviolet radiation-induced Luminescence (UVL) and Scanning Electron Microscopy coupled to Energy Dispersive X-ray spectroscopy (SEM-EDX). The aim of the analysis was to evaluate the possible presence of reliefs and incisions as well as the elemental characterization of the materials used on the object. Thanks to the results obtained it was possible to identify the composition of the pictorial layer and to demonstrate that two different dark pigments were used in the front and the back sides of the object.

Rosa Fiorillo, Marco Casazza, Fabrizio Barone
Hard vibroacoustic metrology for intangible cultural heritage: The case of church bells tuning

This work presents a vibroacoustic metrology approach to investigate the tuning systems of historical church bells as expressions of intangible cultural heritage. Focusing on eight bells from Salerno Cathedral, dated between the 13th and 19th centuries, we performed spectral analysis to identify partial frequencies and compared them against reference scales derived from five historical temperaments. Results indicate, prior to the 19th century, when the well-tempered system gradually became the standard tuning reference in Western music, a clear and repeated alignment with the 1/4 comma meantone system. This result suggests that bell founders relied on stable and culturally informed tuning references, transmitted through craft practice rather than written documentation. Thus, the act of tuning emerges not only as a physical adjustment, but as an immaterial expression of shared acoustic knowledge. In other words, the experiential knowledge developed by bellmakers, despite its uncodified nature, allowed to refine the construction techniques to obtain a repeatable result in terms of functionality with desired characteristics. By revealing this connection through a non-invasive analysis, the study contributes to the understanding, documentation, and safeguarding of the intangible sonic dimension of this cultural heritage object.

Marco Casazza, Fabrizio Barone
Medieval church bell sound generation for vibroacoustic landscape studies

This paper presents a method for generating synthetic bell sounds from in situ recordings of historical church bells, aimed at heritage-oriented metrological analysis and immersive applications. Starting from a real recording of a 13th century bell, still operating in Salerno Cathedral (Campania Region, Italy), the signal is denoised using spectral subtraction with adaptive control. Bell strikes are detected through RMS envelope analysis, and the tonal structure is extracted via FFT-based peak detection. A synthetic signal is generated by preserving both the amplitude proportions and phase information of the original spectral peaks. The resulting waveform replicates the temporal, spectral, and perceptual features of the original bell while eliminating environmental noise. A spectral comparison confirms the high coherence between the denoised and artificial signals. The proposed synthetic source is suitable for spatial audio testing, acoustic metrology, and the reconstruction of historical soundscapes, offering repeatability and fidelity for applications in heritage science, including Wave Field Synthesis and immersive cultural experiences.

Colin Ongari, Elena Marrocchino, Negar Eftekhari, Carmela Vaccaro
Metal finds from the Etruscan site of Spina (Ostellato - FE - Italy), 2023 field: preliminary results

Archaeological excavations at the Etruscan site of Spina in Ostellato (FE), performed during 2023, have revealed numerous metal finds. Using X-ray Fluorescence Microspectroscopy (XRF) and Scanning Electron Microscopy with an EDS microprobe (SEM-EDS), the samples were divided into two main macro-categories: artefacts and scoriae. These were further classified according to their chemical composition (iron, bronze, lead). This study in focuses on the artefacts, examining their chemical composition, to potentially trace the production techniques used and to better understand the socio-economic context in which these objects were made and used.

Page 7 of 977 Results 61 - 70 of 9762