ASTM G211 - 14(2020)
Explore ASTM G211 - 14(2020), a key standard for metrology and measurement, ensuring precision and reliability in evaluating physical phenomena.
ASTM G211 - 14(2020): An Essential Standard for Metrology and Measurement
The ASTM G211 - 14(2020) standard is a crucial resource for professionals in the fields of metrology and measurement, specifically addressing the evaluation of physical phenomena. This standard lays out comprehensive methodologies for assessing the properties and behaviors of various materials under different conditions, ensuring accuracy and reliability in measurement processes.
Designed for use by engineers, researchers, and quality control personnel, ASTM G211 provides guidelines that help enhance consistency across measurements. In creating an understanding of how to effectively implement measurement techniques, the standard emphasizes the importance of precision and repeatability. This is vital in ensuring that results obtained from tests are representative of true material characteristics, which is essential for both development and quality assurance applications.
The document outlines the requirements for testing methodologies, instruments, and processes involved in accurately measuring physical phenomena. By adhering to ASTM G211, users can align their outcomes with industry best practices, facilitating compliance with regulatory and safety standards. The publication includes both theoretical foundations and practical applications, making it an invaluable tool for training and operational purposes.
Available in both PDF and hardcopy formats, the standard is conveniently accessible to teams and individuals seeking to integrate these guidelines into their workflow. The pricing is set at £74.00, reflecting the advanced technical content and its critical role in enhancing measurement techniques that meet today's demanding industrial requirements.
By equipping professionals with the knowledge encapsulated within ASTM G211 - 14(2020), organizations can drive improvements in quality control, optimize product development cycles, and ultimately enhance customer satisfaction. Whether you are involved in materials science, engineering, or product testing, this standard serves as a pivotal reference point for ensuring the integrity and validity of measurement processes.
Technical Information
Specification Details
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