Uniform system for grouping of steels in welding manufacture by ISO/TR 15608

T I Bendik,D A Nazarov,F K Figurin,N I Urbanovich

doi:10.21122/1683-6065-2020-2-63-68

Abstract

Recommendations to assign steel grades most commonly used in industry and energy of the Republic of Belarus to a specific group and subgroup of the international standard ISO/TR 15608 are presented. These recommendations were made on the basis of a comparative analysis of the base metal chemical composition and its mechanical properties, given in the national and foreign standards for sheet and pipe metal rolling. Analysis of mechanical properties have been included conditions of thermal and thermomechanical treatment of the base metal. The information presented in the article can be useful for a wide range of welding specialists in documentation development for welding processes (WPS, WPQR), issuing welders attestation certificates (qualification test certificate) and other technological documentation.

Highlights

Предложены рекомендации по отнесению марок сталей, наиболее часто применяемых в промышленности и энергетике Республики Беларусь, к конкретной группе и подгруппе международного стандарта ISO/TR 15608
Recommendations to assign steel grades most commonly used in industry and energy of the Republic of Belarus to a specific group and subgroup of the international standard ISO/TR 15608 are presented
These recommendations were made on the basis of a comparative analysis of the base metal chemical composition and its mechanical properties, given in the national and foreign standards for sheet and pipe metal rolling

Summary

Introduction

Предложены рекомендации по отнесению марок сталей, наиболее часто применяемых в промышленности и энергетике Республики Беларусь, к конкретной группе и подгруппе международного стандарта ISO/TR 15608. И. Единая система группирования сталей в сварочном производстве по ISO/TR 15608 / Recommendations to assign steel grades most commonly used in industry and energy of the Republic of Belarus to a specific group and subgroup of the international standard ISO/TR 15608 are presented.

Results

Conclusion