Investigation of the structure and properties of deformed semi-finished products from alloys of the Al-REM system made by the method of ingotless rolling-extruding


Тип публикации: доклад, тезисы доклада, статья из сборника материалов конференций

Конференция: 6th International Conference on Material Science and Engineering, ICMSE 2019

Год издания: 2020

Ключевые слова: Aluminum alloys, Annealing, Cerium, Electrical conductivity, Heat resistance, Ingotless rolling-extruding, Lanthanum, Mechanical properties, Microstructure, Rare-earth metals, ZirconiumAluminum alloys, Ingots, Metallography, Rolling, Alloy structures, Chemical compositions, Effect of chemicals, Experimental alloys, Metallographic analysis, Operational properties, Semi-finished products, Structure and properties, Structural properties

Аннотация: The article presents the investigation results of the structure and properties of rods of aluminum alloys containing zirconium, cerium and lanthanum after ingotless rolling-extruding (IRE) and heat treatment. The patterns of changes in the microstructure, mechanical properties, electrical resistivity depending on the chemical compoПоказать полностьюsition of the alloys, processed by the IRE method and various modes of rods annealing are shown. A metallographic analysis of the grain structure of the samples in a deformed state and after annealing performed. The temperatures at which the alloy structure remains stable and maintains the level of operational properties revealed. The effect of chemical composition on the heat resistance of deformed semi-finished products represented. The study made it possible to evaluate the level of properties of experimental alloys after processing by the method of ingotless rolling-extruding and various modes of rods annealing.

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Журнал: Key Engineering Materials

Выпуск журнала: vol. 837 KEM

Номера страниц: 9-15

ISSN журнала: 10139826

Издатель: Trans Tech Publications Ltd


  • Bespalov V. (95%Krasnoyarsk%660025%Russian Federation)
  • Sidelnikov S. (95%Krasnoyarsk%660025%Russian Federation)
  • Berngardt V. (95%Krasnoyarsk%660025%Russian Federation)
  • Voroshilov D. (95%Krasnoyarsk%660025%Russian Federation)
  • Yakivyuk O. (95%Krasnoyarsk%660025%Russian Federation)
  • Bermeshev T. (95%Krasnoyarsk%660025%Russian Federation)
  • Durnopyanov A. (95%Krasnoyarsk%660025%Russian Federation)
  • Kulishova E. (95%Krasnoyarsk%660025%Russian Federation)
  • Voroshilova M. (95%Krasnoyarsk%660025%Russian Federation)
  • Hu X.Chijoriga M.Lv X.L.Zhang Z.

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