Национальный цифровой ресурс Руконт - межотраслевая электронная библиотека (ЭБС) на базе технологии Контекстум (всего произведений: 635165)
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Автоматическая сварка

Автоматическая сварка №5 2011 (484,00 руб.)

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Страниц36
ID202622
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 .— №5 .— 36 с. — URL: https://rucont.ru/efd/202622 (дата обращения: 08.05.2024)

Предпросмотр (выдержки из произведения)

MIG/MAG Comfort Wire Fronius System Connector . , TransSteel Yard , . «Steel on Primer» , , , . . «Fronius» . <...> Steel Transfer Technology : Steel, Steel root Steel dynamic. - TransSteel Yard : (Steel), - , (Steel root) (Steel dynamic). <...> Nemchinsky V. A. Plasma parameters near a small anode in a high-pressure arc (gas metal arc welding) // J. Phys <...> An improved model of cored wire injection in steel melts / 9 <...> Hu J., Tsai H.L. Heat and mass transfer in gas metal arc welding <...> Hu J., Tsai H. L. Heat and mass transfer in gas metal arc welding <...> The mathematical model describing the thermal state of a solid metal wire used as anode in plasma arc spraying of coatings is suggested <...> 421 . Parameters of the technological operations in deposition of alloys of ferrous and non-ferrous metals with a high content of alloying elements is analysed and genera <...> . 31. Wienecke R. Uber physikalische Vorgange in Lichtbogen // SchweiEen und Schneiden. 1957. <...> ibed. It is established that in electric-arc welding the flux melts without formation of a slag bubble by the gas-plasma flows of the arc in the convective heat exchange <...> pose. Also established is formation of an extended plume of liquid slag in the post-arc zone, which is separated from the weld metal by a wedgelike layer of solid <...> 2. 30 1. Zhao X., Wang D., Huo L. Analysis of the SN curves of welded joints enhanced by ultrasonic peening treatment // Materials & Design. 20 <...> 8896. 2. Abston S. The technology and applications of ultrasonic impact technology / <...> 2021. 3. The effects of ultrasonic peening treatment on the ultra-long life fatigue behavior of welded joints / D. Yin, D. Wang, H. Jing, L. Huo // Materials & Design. 20 <...> 93307. 4. Marquis G. Failure modes and fatigue strength of improved HSS welds // E <...> 2062. 5. Discussion on fatigue design of welded joints enhanced by ultrasonic peening treatment (UPT) / T. Wang, D. Wang, L. Huo, Y. Zhang <...> 44650. 6. Rehabilitation and repair of welded elements and structures by ultrasonic peening / Y. Kudryavtsev, J. Kleiman, A. Lugovskoy et al. // Welding in the W <...>
Автоматическая_сварка_№5_2011.pdf
 -            .       Comfort Wire    Fronius System Connector              ,     .  TransSteel Yard            .                        .      MIG/MAG     .      , TransSteel Yard       ,      .   «Steel on Primer»  , ,   ,      .           .              «Fronius»      . TransSteel Robotics.     TransSteel Robotics        .    : , ,        .    «Fronius»      .     Steel Transfer Technology, TransSteel Robotics     .   Rob TransSteel    :      ,            (DeviceNet, CanOpen, Interbus).  EasyJob         .  Comfort Wire    Fronius System Connector     .           ,     .           .      ,        .     .            ,       ,  ,    .     ,  ,  -  ,   ,     ,    ,        .  «Fronius»        — TransSteel.   —   1.04.2011  30.06.2011     TransSteel 3500/5000      .  « » 07455,  .,  -, . , . , 24 .: +38 044 277 21 41; : +38 044 277 21 44 -mail: sales.ukraine@fronius.com; www.fronius.ua 72 5/2011  5 (697)  2011   1948   :   . .  . . , . . , . . , . . , . . , . . , . . - (. . .), . . , . .  (. . .), . . , . . , . . , . . , . . , . . , . . , . .  (. .), . . , . .    : . .    .  . .  . .  . .  . .  .  . .    .   () () () () () () () () () () () :    ,   . . .  ,   «» :   «»  : 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                               .................................................................................................. 3 -   . .,  . .,  . .,  . .    -  -  ................................................................................................. 5  . .         ............................................................................................. 12  . .             ............................................................................................. 18  . .,  . .,  . .       092    .......................................... 26  . .,  . .,  . .              .............................................................................................. 32 - . .             Al–Cu ........................................................................... 36  . .          ....... 39    .,  .,  .,  .,  .,  .        ......................................................................... 43  . .,  . .,  . .,  . .               ................................................................ 48  . .      ............................................................................ 52  . .,  . .,  . .,  . .      () .................................. 57  130-      .......................................................................................... 62   -    .................... 64  . . — 70 ................................................................................... 66  . . — 60 .................................................................................. 67  . .  ....................................................................... 68  ........................................................................................ 70 ©  ,   . . .  ,  «», 2011
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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 NEWS ........................................................................................................ 3 SCIENTIFIC AND TECHNICAL CONTENTS Kharlamov M. Yu., Krivtsun I. V., Korzhik V. N., Petrov S. V. Heating and fusion of wire-anode in plasma-arc spraying ................................ 5 Kuzmenko V. G. Towards the problem of electric submerged arc welding process ....................................................................................... 12 Labur T. M. Strength and specifics of fracture of welded joints of high-strength aluminium alloys at low temperature ................................. 18 Knysh V. V., Solovey S. A., Bogajchuk I. L. Optimization of process of strengthening of welded structures of steel 09G2S using the high-frequency mechanical peening .................................................. 26 Nazarenko O. K., Matvejchuk V. A., Galushka V. V. Modeling of effect of high- voltage cables on current pulsating in welding guns with an automatic displacement ............................................................. 32 Kuchuk-Yatsenko V. S. Peculiaries of resistance welding of copper with aluminium alloys using nanostructured foil of Al-Cu system .......................................................................................................... 36 Lyushinsky A. V. Application of nanodispersed powders of metals in diffusion bonding of dissimilar materials .............................................. 39 INDUSTRIAL Engindeniz E., Kaplan E., Ganioglu E., Yuksel F., Bayezid N., Rosert R. Experience in manufacture of thick-walled structures for unique constructions ............................................................................... 43 Razmyshlyaev A. D., Mironova M. V., Kuzmenko K. G., Vydmysh P. A. Efficiency of electrode wire melting in submerged arc surfacing with effect of transverse magnetic field ............................................. 48 Bartenev I. A. Technological features of high-alloy alloys surfacing .................................................................................................. 52 Shlensky P. S., Dobrushin L. D., Fadeenko Yu. I., Ventsev S. D. Chambers for explosion welding of metals (Review) .............................. 57 Towards the 130th anniversary of invention of the first method of arc electric welding .................................................................................. 62 NEWS International scientific-practical seminar in Kiev ...................................... 64 Garf E. F. is 70 ........................................................................................ 66 Lysak V. I. is 60 ....................................................................................... 67 In memory of Musiyachenko V. F. .......................................................... 68 INFORMATION ....................................................................................... 70 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  5 (697) May 2011 Published since 1948 TransSteel:                    .        ,     ,     .  «Fronius»     ,       .     TransSteel  «Fronius»      ,      .     ,  ,        .         ,           .  -  «Fronius»     . ,       TransSteel          .  Steel Transfer Technology        : Steel, Steel root  Steel dynamic.            :  (Steel),           (Steel root)       (Steel dynamic).     TransSteel, TransSteel Yard     ,               — TransSteel Yard  TransSteel Robotics.       . TransSteel Yard.       ,      ,    .     Steel Transfer Technology,    ,               ,      .   TransSteel Yard          ,    ,       - ,  ,   . .        — 350  500 .     VR 5000 Yard    ( — 12,5 ),  *    . 5/2011     VR 5000 Yard    ,        71
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