Published Paper Details:

This project investigates the potential benefits of using Polyurethane (PU) flooring as an alternative to traditional Trimix flooring in parking structures. The primary objectives are to minimize the overall project costs and reduce the dead load of the structure by employing advanced flooring methodologies. The study involves a comprehensive comparison between PU and Trimix flooring, focusing on material properties, installation processes, durability, maintenance requirements, and lifecycle costs. Additionally, the project evaluates the impact of each flooring type on the structural load, considering the lightweight nature of PU compared to Trimix. The methodology includes a detailed cost-benefit analysis, drawing on data from existing projects, expert consultations, and field tests to assess the long-term economic and structural implications. Key performance metrics such as installation time, maintenance frequency, durability under vehicular stress, and overall cost efficiency are analysed. Initial findings suggest that PU flooring, offers substantial long-term savings due to lower maintenance requirements and extended lifespan. Moreover, the reduced weight of PU flooring contributes to a significant decrease in the dead load of parking structures, potentially leading to further cost savings in structural design and materials. In conclusion, this project demonstrates that PU flooring presents a viable and cost-effective alternative to Trimix flooring, aligning with sustainable construction practices and providing enhanced economic and structural benefits. These findings support the adoption of advanced flooring solutions to optimize both financial and engineering outcomes in construction projects