BS EN ISO 22476-14:2020

The BS EN ISO 22476-14:2020 standard is a critical resource for professionals engaged in civil engineering, specifically concerning the testing and evaluation of soil and rock properties. This standard outlines methods for geotechnical investigations, emphasizing the use of in situ tests.

Published on March 10, 2020, the BS EN ISO 22476-14:2020 is categorized under civil engineering and falls within the CIVIL ENGINEERING|93|EN ISO 22476-14:2020 classification. This publication provides a comprehensive guide to direct push methods for obtaining soil samples and conducting in situ characterization tests. It serves as an essential document for ensuring the reliability and accuracy of geotechnical investigations, which are crucial in various phases of civil engineering projects, including design, construction, and quality control.

This British Standard is identical to the ISO 22476-14:2020 international standard, ensuring that it meets global benchmarks for quality and reliability in geotechnical investigations. It delineates specific requirements and procedures to be followed during field tests, ensuring that practitioners can collect, process, and evaluate data reliably.

With a focus on practical application, this standard addresses challenges faced by professionals in the field, offering methodologies that promote safety and efficiency. The emphasis on accuracy is essential, as the integrity of construction projects often depends on precise understanding of site conditions and material characteristics.

The BS EN ISO 22476-14:2020 is available in both digital (PDF) and hardcopy formats for convenient access. Priced at £220.00, it is an invaluable investment for civil engineers, geotechnical engineers, and consultants who rely on standardized procedures for conducting soil investigations. Utilization of this standard can enhance data quality, improve project planning, and ultimately contribute to the safety and success of engineering projects.

In summary, the BS EN ISO 22476-14:2020 serves as an essential guideline for conducting effective in situ tests and collecting soil samples, fostering best practices that align with both national and international standards.