Design of glass structures - Part 2: Design of out-of-plane loaded glass components

This technical specification establishes comprehensive requirements and guidelines for the structural design and calculation of glass components subjected to loads acting perpendicular to their plane. As a specialized document within the broader framework of glass structure engineering, it addresses critical safety and performance criteria essential for modern architectural applications. The content focuses specifically on vertical glass elements, providing detailed methodologies for assessing load-bearing capacity, deflection limits, and stability under various environmental conditions. It outlines procedures for determining appropriate glass thickness, edge treatments, and support configurations to ensure structural integrity. The document serves as a reference for engineers, architects, and testing laboratories involved in the planning and execution of glass facade systems, curtain walls, and other vertical glazing assemblies. By integrating advanced calculation techniques with established material properties, this standard facilitates consistent evaluation practices across the industry. It complements general design principles by offering targeted solutions for complex loading scenarios unique to vertical orientations. The guidance included supports the development of resilient glass structures while aligning with contemporary construction practices and material science advancements.