EVALUATING 3D SCANNING AND PRINTING FOR THE RESTORATION OF DAMAGED ARCHITECTURAL DETAILS IN TASHKENT'S MEMORIAL MONUMENTS
Keywords:
3D scanning, 3D printing, architectural restoration, heritage conservation, Tashkent memorials, digital reconstruction, Soviet-era monuments, cultural heritage, computational modeling, additive manufacturing.Abstract
This article explores the use of 3D scanning and printing technologies in the restoration of damaged architectural elements in Tashkent's Soviet-era memorial monuments. Combining fieldwork, computational modeling, and experimental reconstruction, the research assesses the effectiveness of these technologies in preserving cultural heritage. The findings demonstrate that 3D technologies offer significant advantages in accuracy, efficiency, and material compatibility, positioning them as crucial tools for modern conservation practices.
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