Vol. 23 No. 2 (2023)

Welcome to the latest issue of the Electronic Journal of Structural Engineering, featuring a collection of innovative research papers covering a wide range of topics in the field of civil engineering. In this issue, we focus on key areas such as machine learning-based reinforced concrete design for progressive collapse, compression and bond properties of fired clay brick masonry with cocopeat blended binding mortar, designing integrated management platforms for smart parks, developing sustainable composite materials, and reviewing stability considerations in steel structure design.

The first paper presents a novel approach to optimizing reinforced concrete design using machine learning techniques. The second paper investigates the bond and compression properties of fired clay brick masonry with cocopeat blended binding mortar, providing insights into the material's performance and potential applications.

The third paper presents a design system for an integrated management platform for smart parks, highlighting the importance of smart technologies in enhancing the sustainability and efficiency of urban spaces. The fourth paper focuses on developing a compression-moulded composite partitioning panel from banana fibres and PLA, exploring the feasibility of using sustainable materials in construction.

Finally, the fifth paper reviews the stability considerations in steel structure design, providing a comprehensive overview of the current state-of-the-art and identifying future research directions. We hope that this collection of papers will provide valuable insights into the latest developments in civil engineering research and inspire further innovation in the field.