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Showing 3 results for Damage Assessment

Abdolbasir Hosseinbor, Hesam Aslani, Eshagh Mansouri,
Volume 1, Issue 2 (9-2018)
Abstract

The rock inscription, which forms the basis of this research, is located in the Pirghar region and was carved on a rock in Deh-Cheshmeh village under the orders of the leaders of the Bakhtiari Constitutional Movement. The current condition of this monument is not optimal; thus, a detailed and accurate study of the inscription, given its historical and cultural significance, is essential for its proper recognition and conservation. Based on topographic and field studies, the inscriptions have been subjected to erosion and deterioration due to surface water flow and frost. Among the most significant surface factors are snow accumulation, precipitation at higher elevations, seasonal flows on sloping surfaces leading to the monument, and frost during cold seasons, which cause erosion, deterioration, and serious damage to the inscriptions. This study is conducted within the framework of a quantitative research approach, utilizing field studies, environmental assessments, and the Geographic Information System (GIS). To this end, the area hosting the inscriptions was identified using field visits and GIS and RS tools, and the obtained data were evaluated based on the direction and extent of damage. Using GIS, the drainage of runoff from the basin, hydrological operations, elevation ratios of each basin, digital elevation model, slope, slope direction, basins, sub-basins, waterway outlets, and water flow direction in the region were determined. These data will contribute to the damage assessment and preventive conservation of the inscriptions.

Mitra Etezadi,
Volume 7, Issue 4 (2-2025)
Abstract

The Nasseri Carriage, a valuable historical artifact from the Qajar era, is currently housed in the Historical Car Museum of the Foundation of the Oppressed. Due to its complex structure and the diversity of materials used in its construction, the carriage had sustained significant damage, necessitating comprehensive conservation and restoration efforts. This project aimed to restore the carriage’s structural integrity and aesthetic appearance, preparing it for display in the museum. This article outlines the restoration process, along with historical and technical documentation.

Masoud Bater, Mahbobeh Rastin ,
Volume 8, Issue 3 (11-2025)
Abstract

The stucco inscription of Aq Qaleh Mosque in Neqab, Sabzevar, represents one of the most significant Ilkhanid architectural ornaments in eastern Iran, distinguished by its artistic, historical, and technological value. This study aims to identify the construction and execution techniques, diagnose patterns of deterioration, conduct laboratory analyses, and develop a scientifically grounded approach for the conservation and restoration of the inscription. Initially, field surveys and imaging techniques were employed to document the overall condition of the monument, including its structural characteristics, paint layers, stucco carving, and decorative elements. Subsequently, X-ray diffraction (XRD) and X-ray fluorescence (XRF) analyses were performed to determine the mineralogical structure and chemical composition of the pigments, indicating the use of natural mineral colorants such as red ochre and ultramarine. The diagnostic phase identified multiple deterioration factors, including damage caused by moisture, thermal fluctuations, structural stresses, chemical and biological agents, and inappropriate earlier interventions. Based on these findings, the restoration process comprised cleaning, consolidation, reconstruction of missing decorative and inscriptional elements, chromatic reintegration, and final stabilization, all carried out in accordance with the principles of reversibility, Limited intervention and compatibility in appearance. In addition, a set of preventive conservation measures aimed at ensuring preservation for an extended period was proposed, encompassing environmental control, the installation of protective barriers, staff training, and the mitigation of structural moisture. What distinguishes this research from previous studies on Ilkhanid stucco conservation is the integrated application of advanced laboratory analyses and in situ diagnostic investigations to develop a coherent, tailored conservation framework for polychrome stucco inscriptions, an approach that has not been systematically articulated within previous studies of eastern Iranian architectural ornamentation.

 

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