Architecture and Archeology. Virtual Reconstruction of Ipi’s Tomb TT315 in Deir-el-Bahari, Theban, Egypt

Valiente, Ernesto Echeverría; D'Amico, Flavio Celis; Martín, Fernando da Casa

doi:10.1007/978-3-031-15321-1_11

Cited by 1 publication

(1 citation statement)

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“…In this context, the present study explores the transition from manual production of physical models, or maquettes, to the use of STL (stereolithography) files for the export of digital models and the creation of a G-Code, which is the programming language for computer numerical control machines, including 3D printers, guiding their movements and operations. The research involved a laser scanner survey of the entire complex and the subsequent creation of 3D prints of various architectural portions [5].…”

Section: Introductionmentioning

confidence: 99%

Environmental Impact Assessment of Different Manufacturing Technologies Oriented to Architectonic Recovery and Conservation of Cultural Heritage

Altadonna,

Cucinotta,

Raffaele

et al. 2023

Sustainability

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Our cultural society has made remarkable advancements in creating digital models that depict the built environment, landscape, and reality. The advent of technologies such as terrestrial laser scanning and drone-based photogrammetry, coupled with sophisticated software capable of processing hundreds of photographs to generate point clouds, has elevated the significance of three-dimensional surveying in documentation and restoration. Point cloud processing and modeling software enable the creation of precise digital replicas of the investigated architecture, which can be scaled down and transformed into physically identical models. Through the export of STL files and the utilization of both subtractive and additive 3D printing technologies, tactile models resembling traditional manually crafted plastics can be obtained. An exemplary study focuses on the Gothic church of Santa Maria Alemanna in Messina, Italy, where laser scanner surveys and 3D prints using various technologies were applied to different parts of the building. The models were produced using a CNC milling machine and a 3D printer for fused deposition modeling. The sustainability of these production technologies was assessed through a Life Cycle Assessment, demonstrating the environmental advantages of additive manufacturing, including the use of materials with high recyclability and lower energy consumption. Additionally, the additive approach helps reduce processing waste.

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Section: Introductionmentioning

confidence: 99%