BS EN 13286-52:2004 - Unbound and Bound Mixtures for Civil Engineering

The BS EN 13286-52:2004 standard is a pivotal document within the realm of civil engineering, offering comprehensive guidelines for the evaluation of unbound and bound mixtures utilized in construction and infrastructure projects. Published on January 21, 2005, this standard is essential for engineers, contractors, and quality assurance professionals who seek to ensure the reliability and durability of materials used in pavement and earthworks.

This standard is part of a series designed to classify and test the performance of various materials including soils, aggregates, and mixtures. The focus of BS EN 13286-52:2004 is particularly on the methods applicable to unbound and bound mixtures, detailing the requirements for determining key properties such as mechanical strength, load-bearing capacity, and deformation behavior under different environmental conditions.

Engineers and designers refer to this standard to ensure that materials meet the required specifications necessary for their intended application in civil engineering projects. Key elements outlined in this document include testing methodologies, acceptable ranges of performance characteristics, and guidelines for the proper implementation of unbound and bound mixtures in construction.

With the increasing demand for sustainable and cost-effective construction materials, adherence to BS EN 13286-52:2004 aids professionals in selecting high-quality materials that not only meet safety standards but also contribute to the longevity and sustainability of infrastructure. This essential standard aligns with European norms, promoting uniformity and quality assurance across various projects and applications.

The document is available for purchase in both PDF and hard copy formats at £134.00, offering convenient access to vital information for engineers, project managers, and all stakeholders involved in civil engineering and construction.

Engaging with BS EN 13286-52:2004 is a strategic investment for organizations aiming to enhance their material quality assurance protocols, ultimately leading to improved project outcomes and reduced risks associated with material failures.