Improving the service properties of metal structures working in the conditions of low climatic temperatures by methods of adaptive pulsed-arc weldingFootnote
Selected from Svarochnoe Proizvodstvo, 2015, 68 (11) 33–40.

Yu. N. SaraevInstitute of Physics of Strength and Material Science, The Siberian Division of the Russian Academy of Sciences, Tomsk, Russia

S. V. GladkovskiyInstitute of Engineering, Uralsk Division of the Russian Academy of Sciences, Yekaterinburg, Russia

V. E. VeselovaInstitute of Engineering, Uralsk Division of the Russian Academy of Sciences, Yekaterinburg, Russia

N. I. GolikovInstitute of Physico-Technical Problems of the North named after V.P. Larionov, The Siberian Division of the Russian Academy of Sciences, Yakutsk, Russia

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Chuan Liu, Jiawei Yang, Qinglei Ge, Fei Gao & Jiasheng Zou. (2018) Mechanical properties improvement of thick multi-pass weld by layered ultrasonic impact treatment. Science and Technology of Welding and Joining 23:2, pages 95-104.
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Mikhail Evgenievich GoshkoderyaT.I. Bobkova. (2022) Development and Research of Composite Coatings of Ti-B System, Sprayed by Microplasma Method. Key Engineering Materials 910, pages 1136-1141.
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D.P. Il’yashchenko, D.A. Chinakhov, K.Yu. Kirichenko & V.N. Sydorets. (2018) Mathematical Formula to Determine Geometrical Dimensions of Electrode Metal Droplets Transferred with Short Circuits. Materials Science Forum 938, pages 1-6.
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D.P. Il’yaschenko, Dmitry A. Chinakhov, R.A. Mamadaliev, V.I. Danilov & А.A. Saranchin. (2018) How Dynamic Properties of Inverters Influence Electrode Metal Transfer to the Weld Pool, and Change Structural and Phase Composition of Welded Joints Produced via High Alloyed Electrodes. Materials Science Forum 927, pages 93-98.
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Improving the service properties of metal structures working in the conditions of low climatic temperatures by methods of adaptive pulsed-arc weldingFootnote
Selected from Svarochnoe Proizvodstvo, 2015, 68 (11) 33–40.

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Improving the service properties of metal structures working in the conditions of low climatic temperatures by methods of adaptive pulsed-arc weldingFootnoteSelected from Svarochnoe Proizvodstvo, 2015, 68 (11) 33–40.

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Improving the service properties of metal structures working in the conditions of low climatic temperatures by methods of adaptive pulsed-arc weldingFootnote
Selected from Svarochnoe Proizvodstvo, 2015, 68 (11) 33–40.