Development of transfer standards for traceability of hardness diamond indenter calibration systems

Developments in scientific research and technology, increase in the clients’ demand and requirements of better life force the producers to serve higher quality products and in turn result in higher expectations. Higher quality of products and lower cost in production require suitable material usage that depends on accurate and reliable information about material properties. To investigate information about the material, producers have to make precise, accurate and reliable tests, one of which is hardness that is a widely used material property and defined as the resistance to deformation. A hardness scale/standard comprises four main components one of which is called indenter, a hard material with defined geometrical properties with two main different material types; tungsten carbide and diamond. The Project GULFMET.M.RD-01 is mainly based on developing transfer standards to provide traceability for diamond indenter calibration systems used for calibration of Rockwell, Vickers and Knoop diamond indenters. In this paper the outlines of the Project including the work packages, design ideas of the transfer standards, objectives and traceability methodology are explained.

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Publication Details

Journal
Measurement Sensors
Published
2024-12-22
DOI
https://doi.org/10.1016/j.measen.2024.101447
Primary Topic
Advanced Sensor Technologies Research
Type
article
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article

Development of transfer standards for traceability of hardness diamond indenter calibration systems

Faisal AlQahtani, E. Pelit, M. Asar, Cihan Kuzu et al.
Measurement Sensors
Advanced Sensor Technologies Research
article

Development of transfer standards for traceability of hardness diamond indenter calibration systems

Faisal AlQahtani, E. Pelit, M. Asar, Cihan Kuzu, K. Mohammad, Khaled Al Shehhi, Sami Bin Jurbua, Muhammed AlAydan, Farah AlJamaan, Abdallah AlKhadouri, Tahani AlRabah
article en

Abstract

Developments in scientific research and technology, increase in the clients’ demand and requirements of better life force the producers to serve higher quality products and in turn result in higher expectations. Higher quality of products and lower cost in production require suitable material usage that depends on accurate and reliable information about material properties. To investigate information about the material, producers have to make precise, accurate and reliable tests, one of which is hardness that is a widely used material property and defined as the resistance to deformation. A hardness scale/standard comprises four main components one of which is called indenter, a hard material with defined geometrical properties with two main different material types; tungsten carbide and diamond. The Project GULFMET.M.RD-01 is mainly based on developing transfer standards to provide traceability for diamond indenter calibration systems used for calibration of Rockwell, Vickers and Knoop diamond indenters. In this paper the outlines of the Project including the work packages, design ideas of the transfer standards, objectives and traceability methodology are explained.

Measurement SensorsVol. 38
Emirates Foundation (AE), Kuwait University (KW), Kuwait Institute for Medical Specialization (KW), Muscat College (OM), Tübitak National Metrology Institute (TR), Saudi Arabia Basic Industries (Saudi Arabia) (SA)
Climate action
Openalex Percentile: Top 78%
Advanced Sensor Technologies Research
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Development of transfer standards for traceability of hardness diamond indenter calibration systems — Faisal AlQahtani, E. Pelit, et al. · Measurement Sensors (2024) | TGRS Research Map | TGRS