ABSTRACT
This article addresses the structural design according to the Eurocodes, a set of European standards governing the design and sizing of construction works. It examines the specifics of the Eurocodes applicable to various materials and scenarios: concrete (Eurocode 2), steel (Eurocode 3), timber (Eurocode 5), masonry (Eurocode 6), foundations (Eurocode 7), and seismic actions (Eurocode 8). The fundamental principles, calculation and verification criteria, as well as considerations for fire resistance and material-specific constraints, are detailed. The objective is to ensure the safety, durability, and performance of structures.
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INTRODUCTION
A fundamental discipline in civil engineering, aimed at designing safe, durable and functional structures. Eurocode standards provide a harmonized European regulatory framework for this complex activity. These standards cover the various types of structures and materials, guaranteeing reliable design methods adapted to modern requirements. This article explores the specific features of the main Eurocodes relating to structural design, highlighting their objectives, verification criteria and contributions to the safety of structures. Each section details a particular Eurocode, providing an overview of the rules applicable to concrete, steel, timber and masonry construction, foundations and seismic situations.
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KEYWORDS
structural calculation
| Eurocode
Ongoing reading
Introduction to structural calculation