Authors:
Aleksei V. Fedorchenko,Natalia V. Kupchikova,Vladimir A. Gutnikov,Daria O. Presniakova,Alexander O. Mitin,DOI NO:
https://doi.org/10.26782/jmcms.spl.13/2026.05.00009Keywords:
Urban Planning,Architectural and Artistic Appearance, ,Visual Ecology,Testing Methodology,Innovative Materials,Metal-Ceramic Panels,Abstract
This paper presents the results of a comprehensive research project focused on developing a testing methodology and exploring the practical application of innovative cladding materials—metal-ceramic panels (“QUANTUM CERAMIC”) and aluminum honeycomb panels (“QUANTUM PARUS”)—within an architectural and urban planning context. The study falls under the scientific specialty 2.1.13, "Urban Planning and Rural Settlement Design", and aims to assess the potential of these materials in addressing key contemporary urban planning challenges. These include creating an aesthetically expressive architectural character for urban spaces, enhancing visual harmony and environmental quality, providing safe and comfortable living conditions, and reinforcing urban and regional identity. The proposed testing methodology involves a systematic evaluation of the materials’ physical and mechanical properties, operational reliability, and resistance to climatic and chemical influences. It also assesses aesthetic characteristics, including colorimetric parameters and the visual perception of façades. Laboratory results confirm the high durability and resilience of the panels, as well as their compliance with relevant sanitary and hygienic regulations. The study further analyzes implemented urban projects in which these materials were applied to the cladding of transport, social, and cultural infrastructure facilities. The findings demonstrate that metal-ceramic and aluminum panels contribute to the harmonization of spatial environments, strengthen regional identity, and support the creation of visually comfortable and aesthetically expressive urban landscapes. The research substantiates the feasibility of incorporating these materials into comprehensive urban and rural development programs, aligning with modern standards of architectural design, operational reliability, and environmental sustainability.References:
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