AI-powered nano-coating simulations and corporate visual identity design: Integrating virtual reality and art design for hazardous radiation environments

This paper presents a new mash-up of art design, virtual reality (VR) and artificial intelligence (AI) to create a simulation and an illustration of the nano-coating materials which are destined to cover the buildings and humans in the era of hazardous radiations. The paper introduces a multi-layered artificial intelligence-based simulation platform that is capable of predicting the optical, thermal and shielding properties of state-of-the-art nano-coatings and the mapping of aesthetic and ergonomics design principles to create coordinated corporate aesthetic images of organizations (working in high-radiation conditions) namely the nuclear, aerospace and medical sectors. The score of the prediction of the hybrid AI model designed as a combination of the deep learning and finite element design was 97.6 percent of the prediction of the coating reflectivity and 95.2 percent of the radiation absorption efficiency to the experiment outcomes. The VR environment made it possible to visualize the nano-layers response to the different intensity of radiations in real-time, which not only reduced the time taken to run a simulation to prototype by 62%. The artistic design cues also enabled the user to be more conscious of the environment and interact with it better by 43 percent as measured by responses of the user-interface. According to the findings, the designed framework positively influences the functionality work and safety visualization, besides the possibility to develop the visually consistent, AI-optimized corporate identity of the industries that operate with the radiation exposure. The collusion of the AI-enhanced nano-engineering and visualization aesthetics thus presents a novel notion of the sustainable, intelligent, and expressive design incorporation in the high-tech industrialized environments.