Experimental Study on Mechanical Behaviour of Full-Scale High Security Fence Structure

Abstract

The focus of this research is on investigating the mechanical behaviour of full-scale high-security fence structures through an experimental evaluation under static loading conditions. A full-scale experiment using a 12-meter-lengths High Security Fence was conducted to explore key mechanical performance aspects aimed at enhancing the security and reliability of high-security fence structure. This experimental evaluation assesses the structural performance of the High Security Fence under static loading conditions, considering the characteristics of material properties and applying loads according to specific loading configurations until the fence structure experiences grand displacements, providing insights into deformation patterns, and identifying potential structural vulnerabilities. Key findings from this research include providing a comprehensive understanding of the structural response of high-security fence structures under static loading conditions, highlighting critical factors influencing their mechanical behaviour and performance. The integration of experimental data and property material test results bridges the gap between theoretical analysis and practical applications, enabling informed decision-making regarding material selection.