Vyacheslav Kunaev

Dr. Vyacheslav Kunaev


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Representative Publications

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1 May 2018 in Metallurgist
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Journal Article
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AKADIL KADYROV
ADIL KADYROV
VKVyacheslav Kunaev
Vyacheslav Kunaev
IGI. V. Georgiadi
I. V. Georgiadi

18 May 2023 in Results in Engineering
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Journal Article
Open access
VKVyacheslav Kunaev
Vyacheslav Kunaev
BBBaurzhan Bazarov
Baurzhan Bazarov
ITIlgar Tavshanov
Ilgar Tavshanov
AKAdil Kadyrov
Adil Kadyrov
GAGulnur Abdugaliyeva
Gulnur Abdugaliyeva
SKSaltanat Kydyrbayeva
Saltanat Kydyrbayeva

1 January 2017 in Ecology and Industry of Russia
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Journal Article
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AKADIL KADYROV
ADIL KADYROV
VKVyacheslav Kunaev
Vyacheslav Kunaev
IGI.V. Georgiadi
I.V. Georgiadi
Отходы черной металлургии и отработанные технические жидкости для получения материала дорожных оснований

27 May 2025 in Results in Engineering
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Journal Article
Open access
VKVyacheslav Kunaev
Vyacheslav Kunaev
GAGulzhainat Akhmetova
Gulzhainat Akhmetova
BZBakhyt Zhautikov
Bakhyt Zhautikov
ABAlibek Batyrbek
Alibek Batyrbek
ITIlgar Tavshanov
Ilgar Tavshanov
BSBakhtiyar Suleyev
Bakhtiyar Suleyev

23 January 2024 in Engineering Research Express
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Journal Article
Closed access
VKVyacheslav Kunaev
Vyacheslav Kunaev
ITIlgar Tavshanov
Ilgar Tavshanov
RARakhymzhan Asanov
Rakhymzhan Asanov
When smelting each ton of pig iron, approximately 500 kg of blast-furnace slag is formed and requires recycling. Air-cooled blast-furnace slag can be used for the manufacture of slag aggregate for the pavement subbase layers, as an alternative to natural stone aggregate. The wide use of slag in this area is limited by its high water absorption. This paper proposes a complex technology to reduce water absorption of slag aggregate. This technology includes selective crushing, which allows separating low-porosity aggregate grains from high-porosity ones, and impregnation of selected low-porosity grains with hydrophobic agent (surface hydrophobization). The results of a laboratory evaluation of this technology effectiveness are presented. Article also contains optimal parameters of this complex technological process which allowed to reduce the water absorption of the slag aggregate from 4.54% to 1.05%.

21 June 2024 in Ain Shams Engineering Journal
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Journal Article
Open access
VKVyacheslav Kunaev
Vyacheslav Kunaev
BBBaurzhan Bazarov
Baurzhan Bazarov
AKAdil Kadyrov
Adil Kadyrov
AKAsel Konakbaeva
Asel Konakbaeva