ABSTRACT
The utilization of innovative building systems to address shortage of low-cost housing in South Africa gained interest in recent years. However, low adoption rate of these systems is partly due to concerns surrounding their structural performance compared to conventional building systems. Determining reliable structural performance criteria is crucial to address this issue. This study aims to address this gap in literature by investigating the development of structural performance criteria for innovative building systems. The study employs both qualitative and quantitative research methods, including numerical simulations. Current building codes, regulations and unique challenges of various climatic conditions are considered. The results provide a critical evaluation of current knowledge on structural performance criteria for innovative building systems and identifies areas for improvement. The findings will contribute to developing updated criteria for assessing these systems, resulting in quality low-cost housing solutions and greater adoption rate.
