Design of glass structures - Part 1: Basis of design and materials

This document outlines the fundamental principles and material requirements essential for the design of structural glass elements. It serves as a technical specification that provides guidance on the safety, performance, and durability of glass assemblies when used in building construction. The content covers critical aspects such as material properties, load assumptions, and design methodologies applicable to various glass types and configurations. By establishing a common framework, it supports engineers and designers in ensuring that glass structures meet rigorous performance criteria under different environmental and loading conditions. The text focuses exclusively on technical parameters and design logic, offering detailed explanations on how to assess structural integrity without relying on empirical rules alone. It addresses the interaction between glass and supporting systems, including considerations for thermal stress, wind loads, and dynamic forces. The information is intended to facilitate consistent application of design practices across projects involving glazing. It does not replace national regulations but complements existing codes by providing specific technical insights for glass engineering. The document reflects advancements in materials science and structural analysis, aiming to enhance the reliability of glass-based architectural solutions through standardized approach.