Design of glass structures - Part 3: Design of in-plane loaded glass components and their mechanical joints

This technical specification addresses the design principles for glass structures, specifically focusing on glass components subjected to in-plane loading and their connections. It serves as a guidance document for engineers and architects working within the construction sector, offering detailed methodologies for ensuring structural integrity and safety. The content covers material properties, load analysis, and connection detailing, which are critical for the successful implementation of glass in building designs. It provides a framework that complements broader structural design standards by addressing the unique behavior of glass under various stress conditions. The document outlines procedures for calculating resistance and serviceability limits, ensuring that transparent building elements meet rigorous performance criteria. It is applicable to new constructions and modifications involving glazing systems. The guidance aims to facilitate uniform design practices across different jurisdictions while accommodating specific regional material standards. By adhering to these principles, professionals can enhance the reliability and durability of glass structures in diverse environmental conditions. This document represents a collaborative effort to refine technical approaches for modern architectural applications involving structural glazing.