Search Results - "Bataev, Ivan"

Micropunching large-area metal sheets using underwater shock wave: Experimental study and numerical simulation by Tanaka, Shigeru, Bataev, Ivan, Nishi, Masatoshi, Balagansky, Igor, Hokamoto, Kazuyuki

“…Laser shock punching is a recently developed technique, which is very efficient for punching microholes in thin metal sheets. However, processing large areas…”
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Interaction between Fe66Cr10Nb5B19 metallic glass and aluminum during spark plasma sintering by Dudina, Dina V., Bokhonov, Boris B., Batraev, Igor S., Amirastanov, Yusif N., Ukhina, Arina V., Kuchumova, Ivanna D., Legan, Mikhail A., Novoselov, Aleksey N., Gerasimov, Konstantin B., Bataev, Ivan A., Georgarakis, Konstantinos, Koga, Guilherme Yuuki, Guo, Yaofeng, Botta, Walter José, Jorge, Alberto Moreira

“…In the area of metal matrix composites, novel reinforcing options are currently being evaluated. Particles of amorphous alloys present an interesting…”
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Synthesis of metastable cubic tungsten carbides by electrical explosion of tungsten wire in liquid paraffin by Tanaka, Shigeru, Bataev, Ivan, Oda, Hayato, Hokamoto, Kazuyuki

“…[Display omitted] •WC1−x synthesized by electric wire explosion of tungsten in carbon-poor liquid.•Phase composite of synthesized carbide controlled by…”
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Sub-micrometer and nanoscale imprinting on large-area foils using high-pressure underwater shock waves by Tanaka, Shigeru, Hasegawa, Kouki, Bataev, Ivan, Kubota, Akihisa, Hokamoto, Kazuyuki

“…Laser shock imprinting (LSI) is an emerging method for creating sub-micrometer and nanoscale reliefs on thin metal foils. This report proposes using underwater…”
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In situ synchrotron X-ray diffraction study of reaction routes in Ti-Al3Ti-based composites: The effect of transition metals on L12 structure stabilization by Lazurenko, Daria V., Lozanov, Victor V., Stark, Andreas, Pyczak, Florian, Ruktuev, Alexey A., Emurlaev, Kemal I., Song, Lin, Bataev, Ivan A., Ivanov, Ivan V., Ogneva, Tatiana S., Bataev, Anatoly A.

“…•Ti-Ti(Al1−xMx)3 structure results from heating the Ti-Al-M powders, M=HCP/FCC metal.•An efficient L12-Al3Ti stabilizer should be relatively low-melting.•An…”
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One-dimensional nanoimprinting using linear explosives by Hasegawa, Kouki, Tanaka, Shigeru, Bataev, Ivan, Inao, Daisuke, Nishi, Masatoshi, Kubota, Akihisa, Hokamoto, Kazuyuki

“…Previously, a novel sub-micron shock imprinting technique based on explosive-derived underwater shock waves was developed. In general, an underwater shock…”
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Toward a Better Understanding of Shock Imprinting with Polymer Molds Using a Combination of Numerical Analysis and Experimental Research by Hasegawa, Kouki, Tanaka, Shigeru, Bataev, Ivan, Inao, Daisuke, Nishi, Matatoshi, Kubota, Akihisa, Hokamoto, Kazuyuki

“…In the last decade, a new technique has been developed for the nanoimprinting of thin-metal foils using laser-induced shock waves. Recent studies have proposed…”
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On the texture and superstructure formation in Ti–TiAl3–Al MIL composites by Emurlaeva, Yulia Yu, Ivanov, Ivan V., Lazurenko, Daria V., Ogneva, Tatiana S., Chen, Pengwan, Zhou, Qiang, Bataev, Anatoly A., Ruktuev, Alexey A., Tanaka, Shigeru, Bataev, Ivan A.

“…In recent decades, metal-intermetallic laminated (MIL) composites are of great interest to the scientific community. The intermetallic layers in such…”
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Ceramic-Reinforced γ-TiAl-Based Composites: Synthesis, Structure, and Properties by Lazurenko, Daria V, Stark, Andreas, Esikov, Maksim A, Paul, Jonathan, Bataev, Ivan A, Kashimbetova, Adelya A, Mali, Vyacheslav I, Lorenz, Uwe, Pyczak, Florian

“…In this study, new multilayer TiAl-based composites were developed and characterized. The materials were produced by spark plasma sintering (SPS) of elemental…”
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Structure and mechanical properties of three-layer composites obtained by magnetic pulse welding of titanium and Zr-based metallic glass by Lazurenko, Daria V., Ivannikov, Alexander A., Anisimov, Alexander G., Popov, Nikita S., Emurlaev, Kemal I., Dovzhenko, Gleb D., Bataev, Ivan A., Kuzmin, Ruslan I., Kuper, Konstantin E.

“…Metallic glass-reinforced metal matrix composites (MMCs) are in the focus of attention of many research groups due to the outstanding properties provided by a…”
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Formation of wear-resistant copper-bearing layers on the surfaces of steel substrates by non-vacuum electron beam acladding using powder mixtures by Lazurenko, Daria V., Alferova, Galina I., Golkovsky, Mikhail G., Emurlaev, Kemal I., Emurlaeva, Yulia Yu, Bataev, Ivan A., Ogneva, Tatiana S., Ruktuev, Alexey A., Stepanova, Natalia V., Bataev, Anatoly A.

“…By using the method of non-vacuum electron beam cladding, copper-bearing surface layers have been obtained on mild steel substrates. These layers possessed…”
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Application of Different Diffraction Peak Profile Analysis Methods to Study the Structure Evolution of Cold-Rolled Hexagonal α-Titanium by Ivanov, Ivan V., Lazurenko, Daria V., Stark, Andreas, Pyczak, Florian, Thömmes, Alexander, Bataev, Ivan A.

“…This paper presents a comparison between the “classical” and the modified Williamson–Hall and Warren–Averabach methods applied to an analysis of the…”
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Initiation of nitromethane deflagration promoted by the oxidation reaction of vaporized metal wire by Tanaka, Shigeru, Bataev, Ivan, Inao, Daisuke, Hokamoto, Kazuyuki

“…•There is an energy threshold required to start an NM explosion reaction.•Metal vapors undergo an oxidation reaction in NM.•The oxidation reaction promotes the…”
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Simultaneous Initiation of Nitromethane in Two Holes by Pulsed Wire Discharge for Crack Control of a Concrete Block by Tanaka, Shigeru, Nishi, Masatoshi, Yamaguchi, Makoto, Bataev, Ivan, Hokamoto, Kazuyuki

“…In order to rescue the victims from collapsed concrete structures, rescue routes should be made quickly. Given the presence of the victims, breaking concrete…”
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Structural transformations of a gas-atomized Al62.5Cu25Fe12.5 alloy during detonation spraying, spark plasma sintering and hot pressing by Batraev, Igor, Wolf, Witor, Bokhonov, Boris, Ukhina, Arina, Kuchumova, Ivanna, Pal, Amit, Bataev, Ivan, Ulianitsky, Vladimir, Dudina, Dina, Botta, Walter, Jorge, Alberto

“…In this work, we traced structural transformations of an Al62.5Cu25Fe12.5 alloy, in which a quasicrystalline icosahedral phase (i-phase) can be formed, upon…”
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Passive film formation on the new biocompatible non-equiatomicTi21Nb24Mo23Hf17Ta15 high entropy alloy before and after resting in simulated body fluid by Roche, Virginie, Champion, Yannick, Bataev, Ivan A., Jorge Junior, Alberto Moreira

“…The Ti21Nb24Mo23Hf17Ta15 biocompatible high entropy alloy (HEA) was analyzed for different air-exposure times before corrosion tests in simulated body fluid…”
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Deconvolution-based peak profile analysis methods for characterization of CoCrFeMnNi high-entropy alloy by Ivanov, Ivan V., Emurlaev, Kemal I., Kuper, Konstantin E., Akkuzin, Sergey A., Bataev, Ivan A.

“…In this study, we compare several peak profile analysis methods for the investigation of the CoCrFeMnNi high-entropy alloy (HEA) after the plastic deformation…”
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Ultralarge-area shock imprinting using underwater shock wave and natural leaf mold by Tanaka, Shigeru, Inao, Daisuke, Bataev, Ivan, Kubota, Akihisa, Hokamoto, Kazuyuki

“…[Display omitted] •Explosive-derived underwater shock wave enables ultralarge-area shock imprinting.•The natural leaf mold reproduces microscale…”
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Heat Treatment Induced Structural Transformations and High-Temperature Oxidation Behavior of Al21Co22Cr22Fe13Ni22 High-Entropy Coatings Produced by Non-Vacuum Electron Beam Cladding by Ogneva, Tatiana, Emurlaev, Kemal, Malyutina, Yulia, Domarov, Evgeny, Chakin, Ivan, Ruktuev, Alexey, Riabinkina, Polina, Yurgin, Aleksandr, Bataev, Ivan

“…In this study, Al21Co22Cr22Fe13Ni22 high-entropy coatings were produced on steel substrates by non-vacuum electron beam cladding of Co, Cr, and NiAl powders…”
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Microstructure and Properties of Multilayer Niobium-Aluminum Composites Fabricated by Explosive Welding by Malyutina, Yulia N., Anisimov, Alexander G., Popelyukh, Albert I., Lozhkin, Vasiliy S., Bataev, Anatoly A., Bataev, Ivan A., Lukyanov, Yaroslav L., Pai, Vladimir V.

“…In this study, a layered composite material consisting of alternating aluminum and niobium layers and cladded on both sides with titanium plates was obtained…”
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