А. В. Крохалев

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ORCID

Inclusion identifies researchers whose recorded research contributions may inform their university’s understanding of its research community. It does not rank individual research quality or establish current employment.

Selected research works

Up to 100 highly cited works; DOI links open the original research. Counts reflect the collected record, not real-time citation totals.

1. Structure of boundaries in composite materials obtained using explosive loading

   2013 · 17 citations

2. Explosive Compaction of Chromium Carbide Powders with a Metallic Binder

   2019 · 12 citations

3. Features for formation of solid alloys of chromium carbide and titanium powder mixtures by explosion energy

   2013 · 10 citations

4. Friction and wear on hard alloy coatings of the Cr3C2–Ti system over silicified graphite in water

   2017 · 9 citations

5. Foundations of the Fabrication Technology of Wear-Resistant Coatings Made of Mixtures of Chromium Carbide Powders with a Metallic Binder by Explosive Pressing

   2018 · 9 citations

6. Revisiting the Possibility of Formation of Hard Alloys from Powder Mixtures of Carbides with Metals by Explosive Compacting without Sintering

   2018 · 7 citations

7. SiC-based materials produced by explosive compaction of powders without sintering

   2023 · 7 citations

8. Explosive coating with hard alloys

   2014 · 6 citations

9. Use of explosion energy for producing consolidated metal-ceramic materials based on refractory carbides

   2020 · 5 citations

10. Investigation of the Phase Composition of the Diffusion Zone in the Al-Ni-Cr Composite Material

    2014 · 4 citations

11. ON THE POSSIBILITY OF OBTAINING HARD ALLOYS FROM MIXTURES OF CARBIDE POWDERS AND METALS BY EXPLOSIVE COMPACTING WITHOUT SINTERING

    2017 · 3 citations

12. FUNDAMENTALS OF WEAR-RESISTANT COATING PRODUCTION FROM CHROMIUM CARBIDE POWDER MIXTURE WITH BINDER METAL BY EXPLOSIVE COMPACTION

    2018 · 3 citations

13. The Effect of Heating on Phase Composition of the Cr3C2- Ti System Hard Alloys Fabricated by the Explosive Compaction of Powder Mixtures

    2019 · 3 citations

14. Experimental and Computational Determination of the Heating Temperature of a Powder Mixture during Explosive Compaction

    2018 · 3 citations

15. Chemical Composition and Structure of Interfacial Boundaries in Cr3C2–Ti Powder Hard Alloys after Explosive Compaction and Subsequent Heating

    2020 · 2 citations

16. Optimization of hard powder alloys used in slip bearings

    2013 · 1 citations

17. Tribotechnical properties of powder hard alloys of chromium carbide with titanium fabricated by explosive pressing

    2014 · 1 citations

18. The Wear-Resistance and Antifrictional Properties of Hard Alloys of Chromium Carbide with Titanium Produced by the Explosive Compaction of Powders

    2016 · 1 citations

19. Fine structure of interphase boundaries in hard alloys of the chromium carbide–titanium system

    2016 · 1 citations

20. Chemical interaction of components and fine microstructure of interfaces in solid alloys obtained by explosion of Cr3C2-Ti system

    2020 · 1 citations

21. Investigation of the Structure and Distribution of Chemical Elements between the Phases of Hard Alloys of the Cr3C2-Ti System, Obtained at Various Modes of Explosive Compaction

    2020 · 1 citations

22. RESEARCH OF THE MECHANISM OF COMPACTION OF MIXTURES OF POWDERS OF REFRACTORY CARBIDES WITH A METALLIC BOND IN EXPLOSIVE PRESSING ON A METAL SUBSTRATE

    2021 · 1 citations

23. FUNDAMENTALS OF TECHNOLOGY FOR OBTAINING WEAR-RESISTANT HARD ALLOY POWDER COATINGS BY EXPLOSION

    2021 · 1 citations

24. TECHNOLOGY OF DEPOSITION OF COATINGS FROM HARD ALLOYS ON THE WORKING SURFACES OF FRICTION UNITS

    2021 · 1 citations

25. Cermets Produced by Explosive Pressing of Carbide and Titanium Powder Mixtures

    2024 · 1 citations

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