Ensuring the Industrial Safety of Hazardous and Potentially Hazardous Production Facilities through the Use of an Original Complex Method for Assessing the State of Metal in Technical Diagnosis
2022, Articles
2022

Ensuring the Industrial Safety of Hazardous and Potentially Hazardous Production Facilities through the Use of an Original Complex Method for Assessing the State of Metal in Technical Diagnosis

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Objavljeno 2022-05-07
Snarsky Andrey Stanislavovich
Dean of the Faculty of Industrial and Radiation Safety of the Institute for Advanced Studies and Retraining of Personnel in Management and Development of Personnel of BNTU, Candidate of Technical Sciences, Associate Professor
Panteleenko Fedor Ivanovich
Head of the department "Powder metallurgy, welding and technology of materials", corresponding member, National Academy of Sciences of Belarus, Doctor of Technical Sciences, Professor, Belarusian National Technical University (Minsk, Republic of Belarus)
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Ključne reči

industrial safety
hazardous production facility
potentially hazardous production facility
critical metal structure
non-destructive testing methods
mechanical properties
coercive force
microstructure

Kako citirati

Stanislavovich, S. A. ., & Ivanovich, P. F. . (2022). Ensuring the Industrial Safety of Hazardous and Potentially Hazardous Production Facilities through the Use of an Original Complex Method for Assessing the State of Metal in Technical Diagnosis. European Journal of Life Safety and Stability (2660-9630), 12-16. преузето од http://www.ejlss.indexedresearch.org/index.php/ejlss/article/view/609
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Apstrakt

The issues of ensuring industrial safety during the operation of various production facilities through the use of an effective integrated methodology for assessing the metal of critical metal (steel) structures in their technical diagnostics are considered: pressure vessels; technological and main pipelines; crane structures. The expediency of using three main non-destructive methods of control is experimentally substantiated: magnetic (by coercive force); metallographic (using the principles of field metallography and portable microscopes) and durometric (connecting the parameters of the imprint of a pyramidal indenter when determining Vickers hardness with the mechanical properties of the material).        

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Reference

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