Design of Glass Structures. Part 2: Design of Glass Components Loaded Out-of-Plane

This technical specification outlines the design procedures for glass structural elements subjected to out-of-plane loads. It provides a detailed framework for assessing the performance of glass components in architectural and engineering applications where forces act perpendicular to the plane of the material. The document addresses various loading conditions relevant to safety and serviceability, offering guidance on calculating load distributions and determining appropriate thickness and support configurations. It integrates established principles of structural mechanics with specific material properties characteristic of processed glass. The scope covers the design of laminated and annealed glass assemblies used in facades, curtain walls, and other glazed surfaces. By following the guidelines presented, engineers and designers can ensure that structural glass systems meet required performance criteria under environmental and operational stresses. The content focuses on methodological approaches for analyzing stress, deflection, and potential failure modes without compromising the integrity of the building envelope. This document serves as a reference for establishing safe and efficient design practices within the industry, promoting consistency in the evaluation of glass structures across different projects.