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Автоматическая сварка

Автоматическая сварка №4 2011 (484,00 руб.)

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ID202621
АннотацияЕжемесячный журнал «Автоматическая сварка» (на русском языке) издается Институтом электросварки им. Е.О. Патона с 1948г. Тематика журнала охватывает сварку, термическую резку, наплавку, пайку, нанесение защитных покрытий и другие родственные процессы. Публикуется информация о наиболее известных в СНГ и за рубежом производителей товаров и услуг в области сварки. Журнал входит в перечень ВАК России, Украины.
Автоматическая сварка .— 2011 .— №4 .— 34 с. — URL: https://rucont.ru/efd/202621 (дата обращения: 07.05.2024)

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N. Lankin, V. N. Lipodaev (vice-chief ed.), L. M. Lobanov, A. A. Mazur, V. I. Makhnenko, O. K. Nazarenko, I. K. Pokhodnya, V. D. Poznyakov, I. A. Ryabtsev, B. V. Khitrovskaya (exec. secr.), V. F. Khorunov, K. A. Yushchenko THE INTERNATIONAL EDITORIAL COUNCIL: N. P. Alyoshin D. von Hofe Guan Qiao U. Dilthey A. S. Zubchenko V. I. Lysak N. I. Nikiforov B. E. Paton Ya. <...> ge and storage tank construction. The Pilot Plant for Welding Equipment of the E.O.Paton Electric Welding Institute developed a new control circuit based on mo <...> ern components and control units. The new circuit provides substantial improvement of technical and service characteristics of the device, and simplifies implementation of the welding p <...> n and steel // Acta Met. 1963. 11. P. 7577. o Structural-phase state of metal of the welded joints on high-strength low-carbon steel 17Kh2M (w6/5 = 20 C/s), produced by using welding wires of different chemical compositions and structural types (Sv-08G2S, Sv-08Kh20H9G7T, <...> v10KhN2GSMFTYu), was investigated. Analytical estimation of differential contribution of each structural parameter to a change in the set of mechanical properties (strength, ductility) of the HAZ and weld metal, as well as of a character of distribution and localisation of deformation, level of local internal stresses, intensity and spread of the stress raisers, which are potential sources of cracks forming during the welding process, was performed on the basis of experimental data. 19.07.2010 ! «» (http://www <...> wice. Cliwice, 2003. P. 187190. 5. Nobuyuki A. Micro welding of thin stainless steel foil with a direct diode laser / A. Nobuyuki, F. Yoshinori, I. Takashi, T. Masahiro // <...> ainless steel sheets were studied. It is shown that at a certain power of the laser beam the experimentally measured width of the weld can be satisfactorily described by the model of a linearly moving sou <...> rbin S. Laser cladding. CRC Press, 2005. 110 . 2. Potential of direct metal deposition technology for manufacturing thick functionally graded coatings and <...> face & Coatings Techn. 2008. 202. P. 47584765. 8. Mechanical properties of parts manufactured by direct metal deposi <...> lasers in manufacturing. Munich, 2009. P. 99103. Investigation of the technology for laser cladding on a titan <...>
Автоматическая_сварка_№4_2011.pdf
 — 2011   « »      *     480 .960 .   2100 .          4200 .78 .  *      .  : E          , , ,         .  : (38044) 200-63-02, 200-82-77; : (38044) 200-54-84, 200-82-77.    « »        «», «», «», «», KSS, «», «» ()  «», « » ().          . . .   ., , E-mail 20 .  20 .    . .  . . , . . , . . , . . , . . , . . , . . - (. . .), . . , . .  (. . .), . . , . . , . . , . . , . . , . . , . . , . .  (. .), . . , . .    : . .    .  . .  . .  . .  . .  .  . .    .   () () () () () () () () () () () :    « »  ,     (190190) — 700$    (200290) — 550$    (200290) — 500$    (200290) — 600$  ,     (200290) — 400$    (200290) — 400$    (200290) — 340$    (200290) — 340$ ©  , 2011 68    ( 3) (400290) — 570$  (200290) — 340$  (200142) — 170$      (165245) — 300$  (165120) — 170$  (82120) — 80$             -              ( 4, 170240) — 170$       ,  1000$,               200290    ,  ,           5           IBM PC  Corell Draw,   10.0  Adobe Photoshop,   7.0  QuarkXPress,   7.0     TIFF,   CMYK,  300 dpi       (   Word  )    17.03.2011.  6084/8.  . . . . 9,04. .-. 9,84. .-. . 10,24 + 4 . .  .   « «». 03142, . , . . , 34/1. 4/2011    ,   . . .  ,   «» :   «»  : 03680, , -150, . , 11   . . .   .: (38044) 200 6302, 200 8277 : (38044) 200 5484, 200 8277 E-mail: journal@paton.kiev.u http://www.nas.gov.ua/pwj : . . , . .   : . . , . . , . .       4788  09.01.2001                                «  ,       » ........................................................................................ 57 . .  — 85 ...................................................................................... 58    ,      ,    «» (   01.01.2011 .) ................................................................... 59 ©  ,   . . .  ,  «», 2011 156 .   -   . .,  . .,  . .,  . .          6     ...................................................................................................... 3  . .,  . .,  . .,  . .,  . .,  . .,  . .           172 .................................................................................................... 7  . .           () ........................................................................................................... 16  . .,  . .            .......................... 22  . .,  . .          ........................................ 27  . .       ........................................................... 31    . .       -  .............................. 35  . .,  . .              ..................... 41  . .,  . .,  . .,  . .,  . .,  . .      ..................................................................................... 45  . .,  . .,  . .          ................... 50    . .,  . .,  . .     -1150     ............................................................................................................... 54  -     4 (696)  2011   1948 
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International Scientific-Technical and Production Journal Avtomaticheskaya Svarka EDITORIAL BOARD: Editor-in-Chief B. E. PATON Yu. S. Borisov, G. M. Grigorenko, A. T. Zelnichenko, A. Ya. Ishchenko, I. V. Krivtsun, S. I. Kuchuk-Yatsenko (vice-chief ed.), V. I. Kiryan, Yu. N. Lankin, V. N. Lipodaev (vice-chief ed.), L. M. Lobanov, A. A. Mazur, V. I. Makhnenko, O. K. Nazarenko, I. K. Pokhodnya, V. D. Poznyakov, I. A. Ryabtsev, B. V. Khitrovskaya (exec. secr.), V. F. Khorunov, K. A. Yushchenko THE INTERNATIONAL EDITORIAL COUNCIL: N. P. Alyoshin D. von Hofe Guan Qiao U. Dilthey A. S. Zubchenko V. I. Lysak N. I. Nikiforov B. E. Paton Ya. Pilarczyk G. A. Turichin Zhang Yanmin (Russia) (Germany) (China) (Germany) (Russia) (Russia) (Russia) (Ukraine) (Poland) (Russia) (China) FOUNDERS: The National Academy of Sciences of Ukraine,The E. O. Paton Electric Welding Institute, International Association «Welding» PUBLISHER: International Association «Welding» Address of Editorial Board: 11 Bozhenko str., 03680, Kyiv, Ukraine Tel.: (38044) 200 63 02, 200 82 77 Fax: (38044) 200 54 84, 200 82 77 E-mail: journal@paton.kiev.ua http://www.nas.gov.ua/pwj Editors: E. N. Kazarova, T. V. Yushtina Electron galley: I. R. Naumova, I. V. Petushkov, A. I.Sulima State Registration Certificate KV 4788 of 09.01.2001 All rights reserved This publication and each of the articles contained here in are protected by copyright Permission to reproduce material contained in this journal must be obtained in writing from the Publisher CONTENTS SCIENTIFIC AND TECHNICAL Lobanov L. M., Pashchin N. A., Loginov V. P., Mikhoduy O. L. Effect of repeated loading on effectiveness of electrodynamic treatment of aluminium alloy AMg6 and its welded joints .................................................... 3 Markashova L. I., Poznyakov V. D., Alekseenko T. A., Berdnikova E. N., Zhdanov S. L., Kushnareva O. S., Maksimenko A. A. Effect of weld alloying on structure and properties of welded joints of steel 17Kh2M ........................................................................................................... 7 Ishchenko D. A. Application of nanostructured interlayers in compounds of hard-to-weld materials on aluminium base (Review) ................... 16 Belous V. Yu., Akhonin S. V. Formation of welded joints in narrowgap magnetically — controlled arc welding of titanium ................................. 22 Narva V. K., Marants A. V. Producing of gradient coating on titanium base using method of laser surfacing ........................................................... 27 Karpechenko A. A. Electric arc spraying of ceramet and metal-glass coatings ......................................................................................................... 31 INDUSTRIAL Labur T. M. Technological capabilities of improving the reliability of welded joints of aluminium-lithium alloys ...................................................... 35 Kolomijtsev E. V., Serenko A. N. Effect of surface strengthening and argon arc treatment on fatigue of welded joints of structures of metallurgical production ......................................................................................... 41 Shelyagin V. D., Lukashenko A. G., Lukashenko D. A., Bernatsky A. V., Garashchuk V. P., Lutsenko V. I. Laser welding of thin-sheet stainless steel .............................................................................................. 45 Shevchenko N. V., Skachkov I. O., Ponomaryov V. E. Method of evaluation of welding properties of power sources for arc welding ............... 50 BRIEF INFORMATION Stepakhno V. I., Kopylov L. N., Zelenchenok G. S. Modernization of electric circuit of machine A-1150 for welding of vertical welds .................... 54 NEWS International Conference «Efficiency of realization of scientific, resource and industrial potential under the present conditions» ...................... 57 Akulov A. I. is 85 ........................................................................................... 58 INFORMATION Manufacturers of welding consumables, having the Certificate of Conformity in the UkrSEPRO system, issued at STC «SEPROZ» (as per 01.01.2011) ................................................................................................... 59 Journal «Avtomaticheskaya Svarka» is published in English under the title «The Paton Welding Journal» Concerning publication of articles, subscription and advertising, please, contact the editorial board. © NAS of Ukraine, PWI, International Association «Welding», 2011 4/2011 67  4 (696) April 2011 Published since 1948   /      24.06.2015 UTP Ledurit 60, Thermanit 625, UTP 63 Kb, UTP Ledurit 61, Thermanit A Spezial, UTP 6302,UTP Ledurit 65, Thermanit ATS 4, UTP 65, Phoenix 120 K, Thermanit AW, UTP 65 D, Phoenix Blau, Thermanit C, UTP 651, Phoenix Blau Mo, Thermanit Chromo 9 V, UTP 653, Phoenix Cel 70, Thermanit Chromo T 91, UTP 66, Phoenix Cel 75, Thermanit CM, UTP 660, Phoenix Cel 80, Thermanit CR, UTP 661, Phoenix Cel 90, Thermanit CW 310-16, UTP 6615, Phoenix Gr?n, Thermanit D, UTP 6635, Phoenix Gr?n M, Thermanit DW, UTP 665, Phoenix Gr?n T,Thermanit Fe Ni, UTP 6655 Mo, Phoenix K 50, Thermanit GE Spezial, UTP 67 S, Phoenix K 50 R, Thermanit GEW 316L-17, UTP 670, Phoenix K 90 S, Thermanit GEW/F, UTP 672, Phoenix Nut S, Thermanit HE Spezial, UTP 673, Phoenix 6013, Thermanit HW, UTP 690, Phoenix 7018, Thermanit JE Spezial, UTP 694, Phoenix Chromo 5, Thermanit JEW 308L-17, UTP 700, Phoenix Rot R 160 S, Thermanit L, UTP 7000, Phoenix SH Blau, Thermanit LW, UTP 7008, Phoenix SH Chromo 2 KS, Thermanit MTS 4, UTP 7010, Phoenix SH Gelb, Thermanit MTS 616, UTP 7013 Mo, Phoenix SH Gelb B, Thermanit MTS 911, UTP 7015, Phoenix SH Gelb R, Thermanit Ni 55, UTP 7015 HL, Phoenix SH Gelb S, Thermanit Nickel A, UTP 7015 NK, Phoenix SH Gelb T, Thermanit Nicro 182, UTP 7015 , Phoenix SH Gr?n K 52 W, Thermanit Nicro 82,UTP 7017 Mo, Phoenix SH Gr?n K 70, Thermanit NiMo 100, UTP 702, Phoenix SH Gr?n K 70 W, Thermanit Nimo C 24, UTP 703 Kb, Phoenix SH Gr?n TB, Thermanit P23, UTP 704 Kb, Phoenix SH Kupfer 1 K, Thermanit P24, UTP 7100, Phoenix SH Kupfer 3 KC, Thermanit X,UTP 711 B, Phoenix SH Lila R, Thermanit XW    UTP A 068 HH, UTP A 80 Ni, Thermanit Nicro 82,UTP A 3545 Nb, Thermanit 30/40 E,Thermanit Nimo C, UTP A 6170 , Thermanit 35/45 Nb,Thermanit Nimo C 24,UTP A 6222 , Thermanit 617,Union FeNi 60 H IG,UTP A 6225 Al,Thermanit 625,Union FeNi 60 IG,UTP A 80 M, Thermanit 690, UTP A 2133 n, Thermanit 17/15 TT,Thermanit A,UTP A 2535 Nb, Thermanit 1720,Thermanit A Si,UTP A 63, Thermanit 1740,Thermanit ATS 4,UTP A 651,Thermanit 18/17 E Mn,Thermanit C Si,UTP A 660,Thermanit 19/15,Thermanit CR,UTP A 661,Thermanit 20/10,Thermanit D,UTP A 68, Thermanit 20/16 SM,Thermanit GE-316L,UTP A 68 Mo, Thermanit 20/25 Cu,Thermanit GE-316L Si,UTP A 68 Mo LC, Thermanit 21/33 So, Thermanit H Si,UTP A 6824 LC, Thermanit 22/09,Thermanit H-347,UTP UP 63, Thermanit 25/09 CuT, Thermanit JE-308L,UTP UP 68, Thermanit 25/14 E-309L,Thermanit JE-308L Si, UTP UP 6824 LC, Thermanit 25/14 E-309L Si, Thermanit L,Thermanit 13/04,Thermanit 25/35 R,Thermanit MTS 4 Si,Thermanit 13/04 Si, Thermanit 25/35 Zr,Thermanit MTS 616,Thermanit 14 K Si, Thermanit 30/10,Thermanit MTS 911,Thermanit 1610 Si,Thermanit 409 Cb,Thermanit X,Thermanit 17,Thermanit 430L Cb,Thermanit 17/06,Thermanit 439 Ti, UTP A 2133 n, Thermanit 18/17 E Mn,Thermanit A,UTP A 2522 Mo, Thermanit 19/15*, Thermanit ATS 4,UTP A 2535 Nb, Thermanit 20/16 SM,Thermanit C Si,UTP A 63, Thermanit 20/25 Cu, Thermanit CR,UTP A 651,Thermanit 21/33,Thermanit D,UTP A 660, Thermanit 21/33 So,Thermanit GE-316L, UTP A 661,Thermanit 22/09,Thermanit H-347,UTP A 68, Thermanit 25/09 CuT,Thermanit JE308L,UTP A 68 Mo, Thermanit 25/14 E-309L,Thermanit MTS 3,UTP A 68 Mo LC, Thermanit 25/22 H,Thermanit MTS 4 Si, UTP A 6824 LC, Thermanit 25/35 R,Thermanit X,UTP  651, Thermanit 25/35 Zr,Thermanit 13/04 Si, Thermanit 304 H Cu, UTP A 32, UTP A 3422, UTP A 384, UTP A 320, UTP A 3444, UTP A 387, UTP A 34, UTP A 38, UTP A 34 N, UTP A 381, UTP A 32, UTP A 3422, UTP A 384, UTP A 320, UTP A 3444, UTP A 387, UTP A 34,UTP A 38, UTP A 34 N, UTP A 381, UTP A 47, UTP A 485, UTP A 495, UTP A 48, UTP A 493, UTP A 495 Mn, UTP A 47, UTP A 495, Union AIMg 3,UTP A 48,UTP A 495 Mn ,Union AIMg 4,5 Mn,UTP A 485, Union AI 99,5,Union AIMg 4,5 MnZr,UTP A 493,Union AIMg 2,7 Mn 0,8, Union AIMg 5, Union AISi 5, Union 37, Union Schwarz, Thermanit MTS 3, Union Rob 2, Union S 3 Mo Ti B, Thermanit MTS 616,Union Rob 3,Union S 3 NiMo, Thermanit MTS 911,Union S 1 CrMo 2,Union S 3 NiMo 1, Union I CrMo,Union S 1 CrMo 2 V,Union S 3 NiMoCr, Union I CrMo 910,Union S 1 CrMo 5,Union S 3 Ti B, Union I Mo,Union S 1 Mo 1,2,Union S 4 Mo, Union K 40,Union S 2 CrMo,Union S P 23,Union K 5 Ni,Union S 2 Mo,Union S P 24,Union K 52,Union S 2 Ni 2,5, Union SG 2-H, Union K 56, Union S 2 Ni 3,5,Union SG 3-H,Union MoNi,Union S 2 Ni 370, Union X 85, Union Ni 2,5,Union S 2 NiMo 1,Union X 90,Union NiMoCr,Union S 3 Mo,Union X 96,Union Patinax, Union S 1, Union S 2, Union S 2 Si, Union S 3, Union S 3 Si  UTP Flux 4 Mg, Marathon 431, UV 400, UTP Flux 570 Zn, Marathon 444, UV 418 TT, UTP Flux HF, Marathon 543, UV 420 TT / UV 420 TTLH, UTP Flux HLS, UA 600, UV 420 TTR / UV 420 TTR-W, UTP Flux HLS-B, UV 305, UV 420 TTRC, UTP FX 570 F, UV 306, UV 421 TT, UTP FX AGX, UV 309 P, UV 430 TTR-W, UTP ESP, UV 310 D, UV P23, Marathon 104, UV 310 P, UV P24, Marathon 213, UTP 57 Pa, UTP 57 Pa/12, UTP 570 Pa, UTP 573 Pa, UTP 7 Pa . . , ,       «»   
Стр.2

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