Formation of Structure, Texture and Properties and Control of Continuous Induction Heat Treatment of Brass Strips

Pevzner, M. Z.; Khayutin, S. G.

doi:10.1007/s11041-020-00598-x

Cited by 3 publications

(1 citation statement)

References 6 publications

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“…Известно, что предварительная термомеханическая обработка некоторых видов сталей приводит к увеличению износостойкости в 10 раз без изменения механических свойств изделия [1,12]. Как правило, различные способы термообработки изделий (отпуск, закалка, отжиг, гомогенизация) повышают срок службы трубчатых термических печей и их элементов за счет структурных изменений ближнего порядка, связанных с фазовыми переходами и распределением углеродной фазы, упрочнения материала и снижения влияния местной коррозии [27,30].…”

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Influence of heat treatment on the microstructure of steel coils of a heating tube furnace

Bazhin

Issa

2021

PMI

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Transportation and refining of heavy metal-bearing oil are associated with the problems of localized destruction of metal structures and elements due to corrosion. In the process of equipment operation, it was revealed that premature failure of steel coils of heating tube furnaces at oil refineries and petrochemical plants was associated with insufficient strength and corrosion resistance of the steelwork. The study of the effect that structure and phase composition of 15KH5M-alloy steel elements of heating furnaces at oil refineries have on the corrosion properties, associated with mass loss and localized destructions in the process of heat treatment, allows to develop protective measures and determine heating modes with a rate-limiting step of oxidation. The rate of various corrosion types of 15KH5M steel is used as an indicator to assess the effectiveness of the applied modes of coil heat treatment in order to increase their corrosion resistance and improve their operational characteristics. Conducted experiments on heat treatment of certain steel coil sections allowed to determine rational heating modes for the studied coils, which made it possible to reduce their mass loss and increase corrosion resistance of working surfaces in the process of operation. Proposed heat treatment of steel coils at specified intervals of their operation in the tube furnaces creates conditions for their stable performance and affects the degree of industrial and environmental safety, as well as reduces material costs associated with the repair and replacement of individual assemblies and parts of tube furnaces.

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Influence of heat treatment on the microstructure of steel coils of a heating tube furnace

Bazhin

Issa

2021

PMI

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Power Consumption, Control of Properties and of Continuous Annealing Process of Copper and Brass Rolled Products in Transverse Magnetic Field

Pevzner

Sergeev

2022

Met Sci Heat Treat

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Relation Between Parameters of Indirect Texture Control and Properties of Brass and Improvement of the Quality of Rolled Products by Using Statistical Methods of Analysis and Advanced Online Management

Pevzner

2024

Met Sci Heat Treat

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Formation of Structure, Texture and Properties and Control of Continuous Induction Heat Treatment of Brass Strips

Cited by 3 publications

References 6 publications

Influence of heat treatment on the microstructure of steel coils of a heating tube furnace

Influence of heat treatment on the microstructure of steel coils of a heating tube furnace

Power Consumption, Control of Properties and of Continuous Annealing Process of Copper and Brass Rolled Products in Transverse Magnetic Field

Relation Between Parameters of Indirect Texture Control and Properties of Brass and Improvement of the Quality of Rolled Products by Using Statistical Methods of Analysis and Advanced Online Management

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