References
- Paton BE. Modern directions of research and developments in the field of welding and structural strength. Avt Svarka. 2003 Oct–Nov;7–13.
- Cary HB. Modern welding technology. 4th ed. New Jersey: Prentice Hall Inc; 2000. p. 745–748.
- Dilthey U, Stein L, Weste K, et al. Condition and prospects for the use of high-performance welding technologies. Avt Svarka. 2003;(10–11):151–157.
- Golikov NI, Ammosov AP. Strength of welded joints of tanks and pipelines operating in the conditions of the North. Yakutsk: Publishing house NEFU; 2012.
- Drozdov AP, Pak K, Rubtsov NP. Influence of magnetic fields on the quality of welded joints in structures made of low-alloy steel. Svarochnoe Proizvodstvo. 1977;(10):16–18.
- Karkhin VA. Thermal processes in welding. 2nd ed. rev. and add., St. Petersburg: SPb. Ed. Polytechnic University; 2015.
- Gordynets AS, Kiselev AS, Dedyukh RI, et al. Influence of the disturbing effect of an external magnetic field on the process of arc welding with coated electrodes. Svarka i Diagnostika. 2011;(4):37–40.
- Mazel AG, Dedyukh RI, Knyazkov AF. Stability of arc burning in manual arc welding with modulated current. Svarochnoe Proizvodstvo. 1975;(8):27–32.
- Kiselev AS, Gordynets AS, Dedyukh RI, et al. Increasing the efficiency of the use of arc welding with covered electrodes in repair of magnetized pipelines. Voprosy materialovedeniya. 2015;(1):205–210.
- Ono H, Teramoto T, Obata R. Some characteristics of the electrode melting phenomena in narrow gap arc welding (Report I & II) - effect of shielding gas composition. IIW Doc. XII-B-004-81. Jpn Weld Soc. 1981;12:613–621.
- Saraev YN. Exploratory research of the enhancement of the reliability of critical steel structures operating under extreme loads and low climatic temperatures. In: Russian Science Foundation. Chapter 5 in the book: science-intensive technologies in the projects of the Russian Science Foundation. Siberia, Tomsk: Ed. NTL; 2017. p. 428.