Eurocodes: Building Standards for Excellence in Construction

EN 1990 defines the basis of structural design, outlining the general and general structural rules, and supplementary rules for structural behaviour, ensuring safety, serviceability, and durability. It serves as the foundation for all other Eurocode parts, establishing reliability principles for structural elements in construction products.

Eurocodes tackle critical issues such as:

• Material failure and structural instability in steel structures and plated structural elements.
• Environmental impacts on construction works during actions on structures like wind and snow loads.
• Geotechnical risks and earthquake resistance for foundations and temporary structures. These standards ensure robust outcomes and minimize risks in construction products and civil engineering works.

Yes, Eurocodes are highly beneficial for projects of all sizes. Even small projects gain from the structured approach, simplified calculation methods optimized material usage, and technical specifications offered by Eurocodes, ensuring efficiency and quality.

Eurocodes streamline the structural design of buildings by:

• Optimizing material use for construction products like composite steel and concrete.
• Reducing waste and rework through standardized processes.
• Minimizing project delays by addressing imposed loads, thermal actions, and accidental actions early in the design phase.

While not mandatory in all regions, Eurocodes are widely regarded as best practices and are often required for international projects. They are especially critical for projects involving geotechnical design, seismic actions, or masonry structures in compliance with European standards.

Eurocodes promote eco-friendly practices by:

• Encouraging efficient material usage and recycling in construction works.
• Aligning with green building principles for reduced environmental impacts.
• Supporting the use of sustainable materials like timber structures and stainless steels.

BuildTwin rigorously evaluates vendors against technical specifications and ensures adherence to Eurocode parts. Our platform vets vendors based on their expertise in national standards and compliance with Eurocodes, providing clients confidence in quality and reliability.

EN 1997 focuses on geotechnical aspects of design, covering foundation stability, soil-structure interaction, and ground improvement techniques. It is crucial for ensuring the stability of civil engineering works in diverse geological conditions.