Features hot cracking under temperature variability pouring steel castings.

Кузовов, С С; Kuzovov, Sergey; Makarenko, K. V.; Makarenko, Konstantin; Илюшкин, Дмитрий; Ilyushkin, Dmitriy

doi:10.12737/23202

Bulletin of Bryansk State Technical University

2014

DOI: 10.12737/23202

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Features hot cracking under temperature variability pouring steel castings.

С С Кузовов¹,

Sergey Kuzovov²,

K. V. Makarenko³

et al.

Abstract: The analysis of influence of the sequence of charging of moulds on the number of hot cracks in steel castings. The mechanism of formation of hot cracks at low charging temperatures.

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Efficiency of using heat-insulating mixtures to reduce defects of critical parts

Toirov

Tursunov

2023

E3S Web of Conf.

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A study was conducted to reduce defects in especially critical cast large-sized parts of freight car bogies. The side frame was used as the part under study. The main factors influencing the formation of hot cracks in large steel castings are presented. To avoid the rejection of steel castings, the use of heat-insulating mixtures to reduce hot cracks has been investigated. The temperature distribution of the melt along the height of the ladle is modeled. An analysis of the influence of the order of pouring molds and pouring temperature on the number of hot cracks in the side frames is presented.

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Efficiency of using heat-insulating mixtures to reduce defects of critical parts

Toirov

Tursunov

2023

E3S Web of Conf.

View full text Add to dashboard Cite

show abstract

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Features hot cracking under temperature variability pouring steel castings.

Abstract: The analysis of influence of the sequence of charging of moulds on the number of hot cracks in steel castings. The mechanism of formation of hot cracks at low charging temperatures.

Cited by 1 publication

References 0 publications

Efficiency of using heat-insulating mixtures to reduce defects of critical parts

Efficiency of using heat-insulating mixtures to reduce defects of critical parts

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