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This paper explores the utilization of digital twin technology for the management of urban road infrastructure challenges, specifically addressing issues related to snow and water accumulation. The study emphasizes the constraints associated with traditional road maintenance methods and proposes the implementation of a digital twin city framework to augment real-time monitoring and enhance emergency response efficiency. Through the integration of real-time data from sensors, traffic, and weather sources, the digital twin model replicates road conditions and forecasts potential issues, thereby enabling early warning systems. Furthermore, the research delves into the application of conductive asphalt concrete and superhydrophobic materials to mitigate road-related challenges. The results indicate that digital twin technology significantly enhances economic and operational efficiency in urban road infrastructure management when compared to conventional approaches.

The essence of design is "to create things according to the laws of beauty". The factor of beauty is one of the most important criteria to evaluate the quality of design, and consumers will recognize those products with perfect combination of technology and form. With the expansion of the consumer society and the spread of the aesthetics of everyday life, the social status of design is increasingly prominent. Whether or not the design can be accepted or recognized by consumers in the end, aesthetics is one of the most important factors.