Understanding BS EN 2879:2017

The BS EN 2879:2017 standard is a crucial document in the field of aircraft and space vehicle engineering, specifically addressing the performance requirements of materials. Published on January 31, 2017, this standard is part of the European Norm series, ensuring compliance with safety, reliability, and performance standards essential for the aerospace industry.

Designed for aerospace professionals, this document outlines the requirements for the selection and quality control of materials pivotal in the manufacturing and maintenance of aircraft and spacecraft. Ensuring that materials withstand extreme conditions while maintaining structural integrity is vital in this industry where safety is paramount.

One of the key aspects of BS EN 2879:2017 is its emphasis on the importance of material properties and their verification through standardized testing methods. This not only aligns with the regulatory requirements but also enhances the performance and safety of aerospace components, underpinning the industry’s commitment to excellence.

This standard provides a comprehensive framework that includes specific testing protocols for assessing various physical and mechanical properties of materials used in aerospace applications. Its requirements are intended to guide manufacturers and engineers in making informed decisions regarding material selection, thereby reducing the risk of material failure in critical aerospace systems.

With an ISBN of 978-0-580-92611-2, the BS EN 2879:2017 document can be accessed in multiple formats, including a PDF version for digital use or a hardcopy for traditional reference. The cost of the standard is set at £134.00, reflecting its value in fostering compliance and enhancing the safety and reliability of aerospace systems.

In conclusion, BS EN 2879:2017 is an essential resource for engineers, material scientists, and quality assurance professionals in the aerospace sector. By adhering to this standard, organizations can ensure that their materials meet the rigorous demands of aerospace applications, thus reinforcing their commitment to safety and quality in aviation and space exploration.