What is EN ISO 11886:2014 ?

EN ISO 11886:2014 is a document that provides guidelines and requirements for the development, evaluation, and use of software tools in the field of international standardization. It aims to ensure the correctness, reliability, and effectiveness of these tools, thereby enhancing the quality and efficiency of the standardization processes.

EN ISO 11798:2014 is a technical document that establishes a systematic approach to the development and application of software tools used in international standardization. It outlines a framework for evaluating these tools and determining their fitness for purpose. By adhering to the requirements outlined in this standard, organizations can produce reliable software tools that meet the needs of standardization bodies and contribute to the overall improvement of the standardization process.

EN ISO 11275:2014 is a technical standard that specifically focuses on the determination of particle size distribution in soils by sieve analysis. This standard sets out the guidelines and procedures for conducting sieve analysis, which is essential in many fields including construction, geology, and environmental sciences.

Key Features of EN ISO 11275:2014 include:

* It provides a standardized method for determining the particle size distribution in soils

* It outlines the procedures for conducting sieve analysis, which can be used to determine the mass percentage of different particles in the soil

* It provides guidance on the factors that can affect the accuracy of the results, such as the type of sieve and the size of the samples

* It establishes a framework for verifying the results of the sieve analysis and ensuring their accuracy

In conclusion, EN ISO 11886:2014 and EN ISO 11275:2014 are two important documents that provide guidelines and requirements for the development, evaluation, and use of software tools in the field of international standardization. They aim to ensure the correctness, reliability, and effectiveness of these tools, thereby enhancing the quality and efficiency of the standardization processes.