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Просмотр по автору "Ibraeva, O.T."
Отображаемые элементы 1-12 из 12
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Ibraev, I.K.; Ibraeva, O.T.; Zhakupov, T.M. (EURASIAN PHYSICAL TECHNICAL JOURNAL, 2024)This study aimed to elucidate the formation mechanisms of micro-macrostructural heterogeneities in the ingot's cortical zone and their transformation into surface defects during heating, plastic deformation, and rolling ...
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Ibraev, I.K.; Ibraeva, O.T.; Zhakupov, T.M. (EURASIAN PHYSICAL TECHNICAL JOURNAL, 2024)This study aimed to elucidate the formation mechanisms of micro-macrostructural heterogeneities in the ingot's cortical zone and their transformation into surface defects during heating, plastic deformation, and rolling ...
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Ibraev, I.K.; Ibraeva, O.T.; Zhakupov, T.M. (Eurasian Physical Technical Journal, 2024)This study aimed to elucidate the formation mechanisms of micro-macrostructural heterogeneities in the ingot's cortical zone and their transformation into surface defects during heating, plastic deformation, and rolling ...
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Ibraev, I.K.; Ibraeva, O.T.; Zhakupov, T.M. (Eurasian Physical Technical Journal, 2024)This study aimed to elucidate the formation mechanisms of micro-macrostructural heterogeneities in the ingot's cortical zone and their transformation into surface defects during heating, plastic deformation, and rolling ...
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Ibraev, I.K.; Ibraeva, O.T.; Zhakupov, T.M. (Eurasian Physical Technical Journal, 2024)This study aimed to elucidate the formation mechanisms of micro-macrostructural heterogeneities in the ingot's cortical zone and their transformation into surface defects during heating, plastic deformation, and rolling ...
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Ibraev, I.K.; Ibraeva, O.T.; Zhakupov, T.M. (Eurasian Physical Technical Journal, 2024)This study aimed to elucidate the formation mechanisms of micro-macrostructural heterogeneities in the ingot's cortical zone and their transformation into surface defects during heating, plastic deformation, and rolling ...
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Ibraev, I.K.; Ibraeva, O.T.; Zhakupov, T.M. (Eurasian Physical Technical Journal, 2024)This study aimed to elucidate the formation mechanisms of micro-macrostructural heterogeneities in the ingot's cortical zone and their transformation into surface defects during heating, plastic deformation, and rolling ...
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Ibraev, I.K.; Ibraeva, O.T.; Zhakupov, T.M. (Eurasian Physical Technical Journal, 2024)This study aimed to elucidate the formation mechanisms of micro-macrostructural heterogeneities in the ingot's cortical zone and their transformation into surface defects during heating, plastic deformation, and rolling ...
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Ibraev, I.K.; Ibraeva, O.T.; Aitkenov, N.B.; Sakipov, K.E. (Eurasian Physical Technical Journal, 2024)The experience of using coal flotation waste as a weakly exothermic insulating backfill for insulating the head part of forging dead-melted steel ingots is presented. It has been shown that when using weakly exothermic ...
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Ibraev, I.K.; Ibraeva, O.T.; Aitkenov, N.B.; Sakipov, K.E. (Eurasian Physical Technical Journal, 2024)The experience of using coal flotation waste as a weakly exothermic insulating backfill for insulating the head part of forging dead-melted steel ingots is presented. It has been shown that when using weakly exothermic ...
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Ibraev, I.K.; Ibraeva, O.T.; Aitkenov, N.B.; Sakipov, K.E. (Eurasian Physical Technical Journal, 2024)The experience of using coal flotation waste as a weakly exothermic insulating backfill for insulating the head part of forging dead-melted steel ingots is presented. It has been shown that when using weakly exothermic ...
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Ibraev, I.K.; Ibraeva, O.T.; Aitkenov, N.B.; Sakipov, K.E. (Eurasian Physical Technical Journal, 2024)The experience of using coal flotation waste as a weakly exothermic insulating backfill for insulating the head part of forging dead-melted steel ingots is presented. It has been shown that when using weakly exothermic ...
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