June 2024
Workshop on the topic “Geospatial Information for management of Heritage and Cultural Cities and their landscapes”
Branca Cuca presented a workshop on the topic "Geospatial Information for Management of Heritage and Cultural Cities and their Landscapes." This joint event, organized by Polimi and BUCEA (Beijing University of Civil Engineering and Architecture), was held under the auspices of ISPRS and the China Association for Science and Technology. The workshop attracted around 30 attendees, including professors, researchers, and PhD students. During the workshop, Branca Cuca also presented the framework of collaboration activities for the Engineer project, with a particular...
Final remarks and future steps
The 2nd summer school of the ENGINEER project wrapped up with a productive discussion on what has been achieved and what's next. The final remarks focused on the overall progress, future steps, roles, and actions for all partners, as well as plans for conferences and spreading the word about the project. Participants highlighted the success of the workshops and collaborative sessions. It was agreed that keeping up the momentum and building on the summer school's foundations is crucial. Clear future steps...
Revisiting the site
Revisiting the site to conduct a thorough verification of the sensors that measure relative humidity and temperature. These sensors were strategically placed in two locations: three in Tomb 4 and three in Tomb 7. Our objective during this visit is to confirm that the sensors are fully operational and accurately recording data. We plan to leave the sensors in place for an extended period, allowing them to gather data continuously. This ongoing data collection will enable us to monitor and...
From point cloud to FE model discussion
The transformation of Tomb 7's high-resolution 3D point cloud data into a Finite Element (FE) model was a complex process that required meticulous attention to detail. Initially, the 3D point cloud data, which captures the precise geometrical details of the tomb, underwent extensive processing to ensure accuracy and completeness. This involved filtering out noise, aligning various scans, and optimizing the mesh to create a coherent and high-quality digital representation of the tomb's structure. Once the point cloud data was refined, it...
Sensor installation
The installation of sensors at the Tombs of the Kings was a critical step in monitoring the environmental conditions within the ancient burial sites. Specifically, advanced sensors were installed in Tomb 4 and Tomb 7 to measure and record temperature and humidity levels continuously. These sensors were strategically placed to ensure accurate and comprehensive data collection. By monitoring these environmental parameters, researchers aim to understand the microclimatic conditions within the tombs, which is essential for preserving the delicate artifacts and...
Documentation of Tomb 4
Members of the ENGINEER team have meticulously documented Tomb 4 using a range of advanced surveying instruments and 360o camera. This comprehensive documentation process includes the creation of a detailed 3D photogrammetry model and the precise mapping of cracks. These efforts aim to ensure the thorough and accurate preservation of this significant monument.
Approval for export for the Tomb Sampling
The process of exporting the samples from the Department of Antiquities involved securing the necessary permissions and approvals, ensuring full compliance with regulatory and ethical standards. Once these permissions were granted, the samples were carefully prepared for transportation to the UAVEIRO infrastructure. This state-of-the-art facility is renowned for its advanced capabilities in material characterization, where the samples will undergo comprehensive analysis. The data obtained from these analyses will provide valuable insights into the composition and historical context of the materials,...
Drilling
During the summer school program held at the Tombs of the Kings in Paphos, a significant part of the fieldwork involved collecting soil samples. This was accomplished by using a specialized drill to extract core samples from various locations within the archaeological site. The core samples, carefully extracted to preserve the stratigraphy, were then stored for transportation. Once the fieldwork phase is completed, these samples will be transferred to the laboratory. In the controlled environment of the laboratory, detailed analyses...
