This study explores the revolutionary potential of merging building information modeling (BIM) and ultra-high performance concrete (UHPC) in prefabricated shell building design, aiming to redefine the architectural landscape.
The study employs a mixed-methods approach, combining quantitative analysis of structural performance data with qualitative case studies of real-world applications. Specific methods include finite element analysis (FEA) for assessing structural integrity and interviews with industry experts to gather insights on practical implementation.
The integration of BIM and UHPC enables the design of structures that are efficient, sustainable and architecturally innovative. Key findings include improved load-bearing capacity, reduced material usage and enhanced design flexibility.
The study focuses on technical aspects, with limited exploration of economic or regulatory factors. Future research could address these areas to provide a more comprehensive understanding.
The findings offer valuable insights for architects, engineers and construction professionals, demonstrating how BIM and UHPC can enhance the efficiency, sustainability and aesthetic appeal of prefabricated shell building designs.
The adoption of BIM and UHPC in prefabricated shell building design promotes the creation of robust and eco-friendly built environments, contributing to societal well-being through enhanced sustainability and reduced carbon footprints.
This study provides a novel perspective on the synergistic use of BIM and UHPC, offering justifications through empirical data and expert testimonials that highlight the unique advantages of this integration in modern construction.
