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THE NATIONAL ACADEMY OF SCIENCES OF UKRAINE
THE E.O. PATON ELECTRIC WELDING INSTITUTE
INTERSTATE SCIENTIFIC COUNCIL ON WELDING AND RELATED TECHNOLOGIES
INTERNATIONAL ASSOCIATION «WELDING»
International Conference
WELDING AND RELATED
TECHNOLOGIES INTO
THE THIRD MILLENNIUM
24–26 November, 2008
Kyiv, Ukraine
Information support —
Journal «Avtomaticheskaya Svarka»
Sponsors of the Conference:
Presidium of the National Academy of Sciences of Ukraine
Pilot Plant of Welding Equipment of the E. O. Paton Electric Welding Institute
INTERNATIONAL PROGRAM COMMITTEE
B. Paton, Ukraine -- Chairman
M. Abralov, Uzbekistan
N. Alyoshin, Russia
M. Beloev, Bulgaria
H. Herold, Germany
Guo Enming, China
I. Gorynin, Russia
I. Hrivnak, Slovakia
G. Grigorenko, Ukraine
Guan Qiao, China
D. Dehelean, Romania
U. Diltey, Germany
M. Zhadkevich, Ukraine
A. Jardy, France
A. Zubchenko, Russia
A. Ishchenko, Ukraine
E. Kablov , Russia
S. Keitel, Germany
J. Karosas, Litva
V. Kiryan, Ukraine
I. Krivtsun, Ukraine
S. Kuchuk-Yatsenko, Ukraine
V. Lakomsky, Ukraine
L. Lobanov , Ukraine
V. Makhnenko, Ukraine
N. Makhutov, Russia
S. Maddox, Uk
B. Movchan, Ukraine
O. Nazarenko, Ukraine
V. Naidek, Ukraine
N. Novikov, Ukraine
Yu. Okamoto, Japan
V. Panasyuk, Ukraine
J. Pilarczyk, Poland
I. Pokhodnya, Ukraine
O. Roman, Belarus
H. Cerjak, Austria
K. Smallbone, Australia
V. Skorokhod, Ukraine
A. Scotti, Brasil
V. Troshchenko, Ukraine
Wu Lin, China
Yu. Fujita, Japan
V. Khorunov, Ukraine
A. Shimanovsky, Ukraine
K. Yushchenko, Ukraine
VENUE
The Conference will be held at the E. 0. Paton Electric Welding Institute of the National Academy of Sciences of Ukraine, 11, Bozhenko street, Kyiv.
REGISTRATION
The registration of the Conference participants will take place at the lobby of the Paton Institute (building No.4) on November 23 -- from 9.00 to 18.00, on November 24 -- from 8.00 to 14.00 and on November 25 -- from 8.00 to 10.00.
CONFERENCE SCHEDULE
November 24, 2008 -- Poster session 14.00-17.00.
November 25, 2008 -- Opening of Conference and plenary session 10.00-18.00.
November 26, 2008 -- Plenary session. Closing of Conference 9.00-18.00.
CONFERENCE FEE
Registration fee -- 350 US dollars or 250 EUR.
The registration fee includes: the expenses for Proceedings of plenary session papers and Book of Abstracts of poster papers, reception, banquet, coffee and tea
breaks and others.
The registration fee should be transferred to the following banks:
· For US dollars
Beneficiary
Local Foundation «Welding Community»
Kyiv, Ukraine
Acc. 26003012896530/840
In State Export-Import Bank of Ukraine
127, Gorkogo str., Kyiv, 03150,Ukraine
S.W.I.F.T.: EXBSUAUX
Main Correspondent Bank
USD account 36083522
CITIBANK N.A., New York
S.W.I.F.T: CITIUS33
· For EUR
Beneficiary
Local Foundation «Welding Community»
Kyiv, Ukraine
Ace. 26003012896530/978
In State Export-Import Bank of Ukraine
127, Gorkogo str., Kyiv, 03150, Ukraine
S.W.I.F.T: EXBSUAUX
Correspondent Bank
Deutsche Bank AG Frankfurt-am-Main
S.W.I.F.T: DEUTDEFF EUR 9498767 10
After transfer of the registration fee, please, inform the name of a participant and date
of transfer to the Organizing Committee.
The fee can also be paid at registration.
VISAS
To obtain visa, You will need an official invitation. We kindly ask You to fill the enclosed registration form, indicating Your name, date of birth and passport number, nd we will send You the official letter of invitation on the grounds of which You can et Your entry visa to Ukraine at the Embassy of Ukraine in Your country. (EC countries, USA, United Kingdom, Ireland, Canada, Switzerland, Republic f Korea, Mongolia, all countries of the former USSR, except Turkmenistan and Baltic States, do not need visa).
HOTELS
The central hotels of the city are offered to the Conference participants:
PREMIER-PALACE»
5-7/29 T. Shevchenko blvd.
Tel.: (380 44) 244 12 02
Fax: (380 44) 279 87 72
Single room with breakfast of a «buffet» type is 440-510 USD.
President Hotel «KIEVSKY»
12, Gospitalnaya str.,
Tel.: (380 44) 256 38 56
Fax: (380 44) 256 32 53
Single room (with breakfast) is 147-192 USD;
Double room (with breakfast) for 1 person is 290 USD.
Double room for 2 persons is 310 USD.
«DNIPRO»
1/2 ,Khreschatik str.,
Tel.: (380 44) 254 67 77
Fax: (380 44) 254 67 65
Single room (with breakfast) is 160 USD;
Double room (with breakfast) is 220-244 USD.
«KHRESCHATIK»
14, Khreschatik str.,
Tel.: (380 44) 229 85 44
Single room (with breakfast) is 120 USD;
Double room (with breakfast) is 157 USD.
«UKRAINA»
4, Institutskaya str.,
Tel.: (380 44) 279 03 47, (380 44) 278 28 04
Fax: (380 44) 279 13 53
Single room (depending on class III) with breakfast is 94-120 USD;
Twin room, I class and double room (with breakfast) is 120-145 USD.
«SPORT»
55, Chervonoarmiyska str.
Tel.: (380 44) 289 02 52
Fax: (380 44) 289 76 20
Single room (without breakfast) is 120 USD;
Junior suite (2 rooms) is 237 USD.
Double room (without breakfast) is 144 USD;
Breakfast cost is 17 USD.
The prices indicated are valid as per May, 2008.
Attention! If You book the hotel yourself, please, inform the name of hotel and period of stay to the Organizing Committee, if not, please, inform the Organizing Committee about the name of hotel You would like to book and period of stay not later than November 1, 2008.
(Contact Tel./Fax: 380 44 289 87 87).
Presentation of plenary papers
To present the plenary paper, not more than 20 minutes will be given. Demonstration of graphs and figures of plenary papers will be provided using the multimedia projector.
Presentation of poster papers
Poster papers will be systematized by scientific directions and arranged in a reading hall of the Institute library (build. 4, 2nd floor). Requirements for preparation of poster papers are as follows:
· poster papers should be arranged on one or two boards of size: A1 -- 90 cm(width) x 60 cm (height);
· at the top the names of authors and topic of the paper should be written by letters of 30 mm height;
· below the scientific information is arranged.
TRANSPORT
The Conference participants will be provided with transport for meeting and departure (if necessary), and also during the period of the Conference.
TIME, CLIMATE
Local time is one hour ahead of the European time. Kyiv climate is continental.
Average temperature in November is 0 - minus 5 °C.
SOCIAL EVENTS
Visit to theatres, circus, and concerts will be offered at choice.
Banquet: (Wednesday, Nov. 26, 18.00, Free). It will be held at the Guest Hall
(build. 1, 2nd floor).
INFORMATION ABOUT KIEV
Kyiv, the capital of a sovereign state of Ukraine, is one of the most ancient cities inthe world. It was founded in the V century and is known in the history as «mother of Russian cities», the capital of the first Eastern-Slavonic state, the Kievan Rus. Kyivplayed an important role in the development of the world culture. It is from here that Christianity, adopted by Prince Vladimir in 988, started spreading in Russia.Today Kyiv is developing as the European capital, city of tourism, industry and science. Having a population of about 4 million, Kyiv is the political, cultural, sport and industrial center of modern Ukraine. Here, the National Academy of Sciences of Ukraine, dozens of research institutes, design organizations and institutions of higher education are located. Industries involved are electronics, machine-building and aircraft engineering, metal working, food processing, chemical and petrochemical production and many others. Kyiv has a lot to offer to any visitor. It is famous for many architectural monuments. Very popular among residents of Kyiv and visitors are the National Opera House, circus, the Ukrainian Fork Choir and Dance companies, museums. More than 60 % of Kyiv area is covered with gardens, parks and tree-lined boulevards. Kyiv is located on the banks of the Dnieper river, this making it inimitable in its charm.
PROGRAM FOR LADIES
Tour to Andriyivsky Descent with a visit to art galleries and shops of souvenirs. It is one of the most popular streets in Kyiv. This steep, winding stone street is a traditional place for outdoor fetes, festivals, concerts and has a variety of interesting art galleries and shops. It is at the heart of Kyiv's artist community and a favorable stop for tourists to find traditional Ukrainian crafts and art. Visit to Architectural museum «Kyiv-Pechersky Lavra» with a visit to the museums of microminiatures and historical treasures (2.5 hours, 40 USD).
ORGANIZING COMMITTEE OF THE CONFERENCE
Chairman -- Prof. Lobanov Leonid Tel.: (380 44) 289 95 78
Scientific Secretary -- Dr. Babaev Alexander Tel.: (380 44) 289 21 70
MEMBERS OF THE ORGANIZING COMMITTEE
Prof. Kireev Leonid Tel.: (380 44) 289 47 83
Dr. Zelnichenko Alexander Tel.: (380 44) 529 26 23
Lokteva Veronika Tel./Fax: (380 44) 289 87 87
Address:
The E. O. Paton Electric Welding Institute
11, Bozhenko str., Kyiv, 03680, Ukraine
Fax: (380 44) 528 04 86
E-mail: office@paton.kiev.ua
PROGRAM OF THE CONFERENCE
November 25, 2008
Plenary Session
Conference Hall, build. 4, 2nd floor
10. 00 -- Opening of the Conference
1. Welding and related technologies in medicine.
Prof. B. E. Paton (Ukraine).
2. Theoretical and experimental investigations of brittle fracture resistance of
welded structures for Arctic shelf. Prof. I. V. Gorynin, Prof. A. V. Iljin (Russia).
3. Improving the global quality of life through welding and joining technology.
C. Smallbone (Australia).
4. The worldwide shortage of skilled welding personnel. G. Lawson (USA).
5. Trends in joining technology. Dr. Klaus Middeldorf, Prof. Detlef von Hofe
(Germany).
6. A review on advanced welding technologies in recent industries in Japan.
Prof. Yu. Fujita, Yu.Nakanishi, Prof. I. Yurioka (Japan).
7. Advanced means of non-destructive testing is the main tool in assessment of
structures. Prof. N. P. Alyoshin (Russia).
8. Metallurgy of arc welding of structural steels and welding consumables.
Prof. I. K. Pokhodnya (Ukraine).
Break 14.00-15.00
9. Intermetallics on base of titanium and nickel for advanced engineering products.
Prof. E. N. Kablov, Prof. V. I. Lukin (Russia).
10. Advanced joining technologies of advanced aeronautical materials in China.
Xiao-Hong Li, Wei Mao, Hua-Ping Xiong, Shao-Qing Guo, Hong Yuan (China).
11. Laser techniques in modern welding technology: research and applications.
Prof. J. Pilarczyk, Dr. M. Banasik, J. Dworak, S. Stano (Poland).
12. Prospects of welding research development in Latin America on the example of
Brazil. Prof.A. Scotti (Brazil).
13. Welding and Joining -- key technologies for the third millennium. Prof. U. Dilthey.
14. Physical fundamentals and fields of practical application of explosion welding of
metals. Prof. V. I. Lysak, S. V. Kuzmin (Russia).
15. Monitoring the friction stir welding process of aluminium and magnesium alloys.
Prof. D. Dehelean, R. Cojocaru, B. Radu, V. Safta (Romania).
16. Progress in application of automatic thermal cutting at enterprises of
shipbuilding, metallurgy and machine building of Russian Federation. Prof. V. D. Gorbach, Prof. N. I. Nikiforov (Russia).
November 26, 2008
Plenary Session
Conference Hall, build. 4, 2nd floor
9.00
17. Technology and equipment for flash-butt welding of high-strength rails.
Prof. S. I. Kuchuk-Yatsenko, A. V. Didkovsky, V. I. Shvets (Ukraine).
18. Modern tendencies in the development of erection-welding works. Dr. M. Beloev
(Bulgaria).
19. New aspects in weldability research prerequisites for technology and quality
assurance in the welding process. Prof. H. Herold (Germany).
20. Application of methods of fracture mechanics of materials for assessment of
strength of welded joints. Prof. V. V. Panasyuk (Ukraine).
21. New developments to overcome Type IV cracking in welded martensitic creep
resistant steels. Peter Mayr, Prof. Horst Cerjak (Austria).
22. What is new with the ISO standard 3834:2005? Prof. Detlef von Hofe (Germany).
23. Mechanical dimensional effects of inorganic materials produced by physical
deposition of vapor phase in vacuum. Prof. B. A. Movchan (Ukraine).
24. Plasma nanopowder metallurgy. Prof. Yu. V. Tsvetkov, Dr. A. V. Samokhin
(Russia).
25. Two examples of mathematical modeling in the field of special electrometallurgy:
Remelting processes-Ni-base nitriding. Dr. A. Jardy, Prof. D. Ablitzer (France).
Break 13.00-14.00
26. Micro-welding of stainless steel foil by high-speed laser scanning. Dr. Kazutara
Okamoto, (Japan).
27. Remote welding technology. Prof. L. Wu , H. C. Li, H. M. Gao, G. J. Zhang
(China).
28. Diagnostics of welded joints and structures using methods of laser
interferometry. Prof. L. M. Lobanov, Dr. V. A. Pivtorak (Ukraine).
29. Education and training in welding and testing of materials. Dr. S. Keitel, C. Ahrens
(Germany).
30. Corrosion cracking of chromium-nickel steels in high-parameter water.
Prof. A. S. Zubchenko (Russia).
31. Welding and surfacing of heat-resistant nickel alloys of a monocrystalline structure.
Prof. K. A. Yushchenko, B. A. Zaderiy, V. S. Savchenko, A. V. Zvyagintseva, I. S. Gakh (Ukraine).
32. Scientific-technical problems of extension of life of building structures.
Dr. P. I. Krivosheev, Yu. S. Slyusarenko, I. G. Lyubchenko (Ukraine).
November 24, 2008
Poster session
Reading Hall, build.4, 2nd floor
14.00
1. TECHNOLOGIES, MATERIALS, EQUIPMENT FOR WELDING, BRAZING, SURFACING AND CUTTING
1.1.
Aghakhani M. Mathematical modeling for prediction of weld penetration in gas metal arc welding process using statistical approach (Iran).
1.2.
F-V Bach, A.Beniyash, Dr. K. Lau, R. Konya. Application of electron beam welding in atmosphere for welding thick-sheet materials (Germany).
1.3.
Bernadsky V. N., Makovetskaya O. K., Mazur A. A. Welding manufacturing and market of welding equipment in modern economy (Ukraine).
1.4.
Braverman V. Ya., Belozertsev V. S., Suakbaev F., Kiktev S. I. Control of welding electrode position relative to weld butt (Russia).
1.5.
Butakov G. O., Ganchuk A. V., Ilyushenko V. M. Procedure of control of domestic welding equipment at its application in robotic technological complexes (Ukraine).
1.6.
Weglowski M. S., Zhang Y. M. Relationship between welding conditions and arc light emission in MAG welding (Poland, USA).
1.7.
Voropaj N. M., Ilyushenko V. M., Slobodyan A. N. Technological capabilities of hybrid processes of arc and plasma welding (Ukraine).
1.8.
Gedrovich A. I., Druz O. N., Anisimova T. I. Analysis of methods of hygienic evaluation of new welding consumables (Ukraine).
1.9.
Gedrovich A. I., Kalenskaya A. V., Galtsov I. A. Problems of welding double-layer steels of ferritic-pearlitic and austenitic class (Ukraine).
1.10. Golovko V. V., Grabin V. F. Effect of distribution of alloying elements between
structural constituents of weld metal on its mechanical properties (Ukraine).
1.11. Goncharov I. O., Udartseva T. E. Investigation of conditions required for
hydrogen content decrease in slag melt in manufacture of welding fused fluxes (Ukraine).
1.12. Grishko O. V., Khlopenova I. A., Shutov S. V. Pulsed welding current source
(Ukraine).
1.13. Denisov L. S., Lobachev A. S. Express repair and reconditioning of
technological equipment using metal-polymeric systems (Belarus).
1.14. Dobrushin L. D., Petushkov V. G., Fadeenko Yu. I., Volgin L. A,
Bugaets V. P. Progress in works on explosion treatment of materials at the E. O. Paton Electric Welding Institute (Ukraine).
1.15. Dragan S. V., Rykhalsky M. A., Sagan V. Ya., Labartkova A. V. Selection of
technology of site welding of joints of ship hull using the method of a multi-criterion optimizing (Ukraine).
1.16. Dragan S. V., Yaros Yu. A., Simutenkov I. V. Automatic submerged arc
welding at current density of not less than 40 A/mm2 (Ukraine).
1.17. Djachenko V. I., Laktionov V. L., Radyuk S. O. New technology of combined
friction welding (Belarus).
1.18. Zhdanov L. A. Principles of development of ecologically clean fluxes for
welding and surfacing (Ukraine).
1.19. Zhevaev M. S., Kireev K. V., Myakishev V. M. Method of determination of
time constant of welding arc (Russia).
1.20. Zelnichenko A. T., Perekrest V. V., Podpryatov S. E., Todorenko V. A.,
Trunov A. E. Hardware-software complex for investigation of process of electric welding of soft live tissues (Ukraine).
1.21. Ilyushenko V. M., Anoshin V. A., Bondarenko A. N., Skorina N. V. New
electrode materials for welding and surfacing of aluminium bronzes (Ukraine).
1.22. Ilyushenko V. M., Mozok V. M., Saliy V. I., Gurinenko G. G. Repair of
technological equipment using welding technologies and polymeric materials (Ukraine).
1.23. Ishchenko A. Ya., Ustinov A. I., Kharchenko G. K.,Falchenko Yu. V.,
Melnichenko T. V., Muravejnik A. N. Specifics of diffusion bonding of micro-dispersed composite AMg5+27% Al2O3 using Ni/Al nanolayer foil (Ukraine).
1.24. Kaleko D. M. Welding-on of steel studs to aluminium sheets (Ukraine).
1.25. Korab N. G., Kostenko A. V. Investigation of feasibility of producing a
permanent joint of structurized polyethylene pipes using method of indirect heating (Ukraine).
1.26. Kornienko A. N., Litvinov A. P. Real-time control of plasma welding (Ukraine).
1.27. Korostashevsky P. V., Royanov V. A. Special technological equipment of
production lines for assembly and welding of thin sheets (Ukraine).
1.28. Korotkov V. A. Recent achievements in plasma quenching (Russia).
1.29. Korotynsky A. E., Kunkin D. D., Okhrimchuk S. V. Welding current source of
resonance type with a smooth control of modulation condition parameters (Ukraine).
1.30. Kulik V. M., Vasiljev V. G., Savitsky M. M. Structure and properties of
quenched steel welded joint after heat treatments with a water cooling (Ukraine).
1.31. Kuskov Yu. M., Kuzmenko O. G., Lentyugov I. P. Effect of method of
flux-cored wire charge preparation on deposited metal properties (Ukraine).
1.32. Kuskov Yu. M., Ryabtsev I. I., Novikova D. P., Bogajchuk I. L. Effect of
parent metal properties on quality of surfacing by high-carbon dispersion-hardening steels (Ukraine).
1.33. Kuchuk-Yatsenko S. I., Zyakhor I. V., Velikoivanenko E. A., Rozynka G. F.
Temperature-time conditions of formation of joints of heat-resistant alloys in friction welding (Ukraine).
1.34. Kuchuk-Yatsenko S. I., Shvets Yu. V., Kavunichenko A. V., Shvets V. I.
Optimizing of insert width used for flash-butt welding of railway frogs with rail ends (Ukraine).
1.35. Labur T. M., Ishchenko A. Ya., Taranova T. G., Kostin V. A.,
Grigorenko G. M. Effect of thermophysical conditions of welding on peculiarities of fracture of aluminium alloy V96 (Ukraine).
1.36. Lebedev V. A., Pichak V. G. Problems of welding aluminium large-section
busbars in electrometallurgy (Ukraine).
1.37. Levchenko O. G. Minimizing of welding aerosol evolutions (Ukraine).
1.38. Levchenko O. G. Electromagnetic safety in welding (Ukraine).
1.39. Litvishko T. N., Moskalenko V. I., Semyonov L. A. Investigations of welded
joints made of hard-to-weld aluminium alloys (Ukraine).
1.40. Lobanov L. M., Timoshenko A. N., Goncharov P. V. Peculiarities of arc spot
consumable electrode CO2 welding of sheet structures in vertical plane (Ukraine).
1.41. Mazanko V. F., Khranovskaya E. N., Topala P. A. Effect of electric spark
alloying by graphite on element composition of surface of copper, titanium and steel substrates (Ukraine).
1.42. Mazur A. A. Technopark of the E. O. Paton Electric Welding Institute (Ukraine).
1.43. Melyukov V. V., Chirkov A. M., Kuznetsov M. V. Calculation of thermal
conditions of welding under the action of two power sources (Russia).
1.44. Moeinifar S., Kokabi A. N., S. H. R Madah Hoseini. Influence of submerged
tandem arc welding on HAZ toughness of X80 micro alloy steel (Iran).
1.45. Nazarenko O. K., Nesterenkov V. M., Protosey N. E., Ignatusha O. N.
Electron beam welding of drilling bits (Ukraine).
1.46. Nesterenkov V. M., Nazarenko O. K., Protosey N. E., Arkhangelsky Yu. A.
Electron beam welding of large-sized aircraft structures of aluminium alloys (Ukraine).
1.47. Nesterenko N. P., Senchenkov I. K., Chervinko O. P., Menzheres M. G.
Ultrasonic welding of unwoven synthetic materials on the base of polymeric fibers (Ukraine).
1.48. Perevezentsev B. N., Kurmaev M. N. Ways of improving the strength
properties of brazing alloys on tin base (Russia).
1.49. Peremitko V. V., Nosov D. G. Widening of capabilities of magnetic control of
penetration in arc surfacing (Ukraine).
1.50. Pereplyotchikov E. F., Ryabtsev I. A., Krutsan A. M., Radkevich A. I. Selection of
materials for surfacing of parts of stop valves of oil-gas production equipment operating in the medium with hydrogen sulphide (Ukraine).
1.51. Pismennyi A. S., Yukhimenko R. V., Prokofiev A. S. Technology of
high-frequency seam braze welding of pipes (Ukraine).
1.52. Poklyatsky A. G., Podjelnikov S. V. Friction stir welding of thin-sheet
aluminium alloys (Ukraine).
1.53. Polukhin V. V. Technology of manufacture and application of light-weight
spirally-welded pipes (Ukraine).
1.54. Ponomarev V. E., Protsenko P. P. Innovation technologies for training
personnel of welding industry (Ukraine).
1.55. Popov S. N., Antonyuk D. A. Investigation of wear-resistant heterogeneous
alloys under conditions of wear by a fixed abrasive (Ukraine).
1.56. Pokhmursky V. I., Student M. M., Dovgunik V. M., Sidorak I. I. Application of
flux-cored wires for producing protective and restoring coatings (Ukraine).
1.57. Prilutsky V. P., Akhonin S. V., Belous V. Yu. Highly-effective method of
argon-arc narrow-gap welding of 20100 mm thick titanium alloys (Ukraine).
1.58. Pritula S. I., Lebedev V. A. Tendencies in the development of mechanized
and automated equipment for arc welding and related processes (Ukraine).
1.59. Protsenko P. P., Ponomarev V. E. Conceptual bases of formation of
professional competence of welders (Ukraine).
1.60. Radchenko M. V., Radchenko V. G., Cheprasov D. P, Shevtsov Yu. O.,
Timoshenko V. P. Experience in qualification of technical personnel, welding equipment and technologies in Head Qualification Center of Altaic territory (Russia).
1.61. Radchenko M. V., Radchenko V. G., Shevtsov Yu. O. Ways of solution of
problems of wear of boiler surfaces with a fluidized bed using a supersonic gas-powder surfacing (Russia)
1.62. Razmyshlyaev A. D., Mironova M. V., Deli A. A. About rotation of drop, arc
column and pool molten metal during arc welding and surfacing in a longitudinal magnetic field (Ukraine).
1.63. Reinhard R., Alimov A. Experience of joint manufacturing of seamless
flux-cored wires (Germany, Ukraine).
1.64. Ramanaiah N., Prasad Rao. Effect of modified AA4043 filler on mechanical
behavior of AA6061 GTA welds (India) .
1.65. Ruban I. A., Goryainov N. A., Lebedev V. A., Pritula S. I. Specifics of
application of inverter welding current sources and directions of their updating (Ukraine).
1.66. Ryabtsev I. I. Effect of phosphorus on properties of deposited metal of type
of tool steels (Ukraine).
1.67. Saraev Yu. N. Adaptive pulsed-arc technologies of welding for manufacture
of welded structures and different-purpose products (Russia).
1.68. Sivtsev M. N., Sleptsov G. N. Criteria of weldability of low-alloy steels using
parameters of acoustic emission (Russia).
1.69. Scotti A., Bruecker D. Exploring switch back MIG/MAG for increasing travel
speed of lap-joint welding (Brazil).
1.70. Smiyan O. D. Conceptually maximum rate of heat spreading in metals
(Ukraine).
1.71. Smiyan O. D. Physical premises of formation of chemical heterogeneity in
welded joints of metals (Ukraine).
1.72. Fedyuchuk A. K., ShnyakinV. N., Kalinina N. E., Kavats O. A. Peculiarities of
manufacture of brazed large-sized sub-assemblies (Ukraine).
1.73. Frederik N., Winkler F., Tosch J. The development of similar welding
consumables for welding steel grades GX4CrNiMo 16-5-2 (Austria).
1.74. Hayati M., Aghakhani M. Prediction of welding current in gas metal arc
welding using feedforward neural network (Iran).
1.75. Holtz R., Richter K., Wilden J., Bergmann J. P. Welding of dissimilar
materials with pulsed Nd:YAG-lasers (Switzerland, Germany).
1.76. Khorunov V. F., Maksimova S. V., Zvolinsky I. V., Korotenko L. P. Arc
brazing of thin-sheet low-carbon steel (Ukraine).
1.77. Khorunov V. F., Maksimova S. V., Stefaniv B. V. Brazing of diamond-hard
alloy cutters (Ukraine).
1.78. Khorunov V. F., Sabadash O. M. Reactive-flux brazing of aluminium and
aluminium with stainless steel (Ukraine).
1.79. Tsaryuk A. K., Kasatkin O. G., Skulsky V. Yu., Zakharov L. S., Moravsky S. I.,
Gavrik A. R. Welding in repair of pipelines of power units of HES and NPS (Ukraine).
1.80. Chigarev V. V., Zarechensky D. A. Investigation of effect of parameters of
rolling of flux-cored strip electrodes in manufacture on coefficient of filling and welding-technological properties (Ukraine).
1.81. Chigarev V. V., Makarenko N. A., Granovsky A. V. Increase in stability of
operation of plasmatron with a backward flow of plasma-forming gas (Ukraine).
1.82. Chinakhov D. A. Effect of two-jet gas protection on chemical composition of
weld metal in fusion welding of steel GL-E36 (Russia).
1.83. Cheprasov D. P., Sejdurov M. N. Conditions of formation of a grained bainite
in HAZ in arc welding of low-carbon low-alloy steels (Russia).
1.84. Chernyak Ya. P., Zhdanov V. A. Effect of sulphide phase on tribotechnical
and service characteristics of deposited metal of FeSiMnCrMoVS alloying system (Ukraine).
1.85. Sheleg V. K., Tsumarev Yu. A. New designs of joints for low-temperature
brazing (Belarus).
1.86. Shelyagin V. D., Khaskin V. Yu., Bernatsky A. V., Siora A. V. Laser
welding-surfacing of poorly adjacent edges (Ukraine).
1.87. Shulyak A. A., Korolkov P. M. Updated electric thermal installation for heat
treatment of welded joints in construction and repair of gas and oil pipelines (Russia).
1.88. Yushchenko K. A., Zaderiy, Gakh I. S. X-ray diffraction examination of
welded joints of single crystals of heat-resistant nickel superalloys (Ukraine).
1.89. Yushchenko K. A., Lychko I. I., Fomakin A. A., Kozulin S. M. New
procedures for improvement of electroslag welding efficiency (Ukraine).
1.90. Yushchenko K. A.,Savchenko V. S., Chervyakov N. O., Zvyagintseva A. V.
Physical and thermodeformational causes of hot cracking in welding of high-alloy stable-austenitic metallic materials (Ukraine).
2. STRENGTH, NDT AND LIFE OF WELDED JOINTS AND STRUCTURES
2.1.
Anokhov A. E. Experience in service of welded joints of steam pipelines of CrMoV steels (Russia).
2.2.
Balitsky A. I., Ivaskevich L. M., Mochulsky V. M., Voznichak O. M. Hydrogen degradation of welded joints of steel 03Kh12N10MT and alloy KhN55MBYu (Ukraine).
2.3.
Balitsky A. I., Novatsky E., Kostyuk I. F. Hydrogen resistance of welded joints of high-nitrogen steels (Ukraine, Poland).
2.4.
Barkun A. A., Djyachenko V. I., Ivashko V. S. Investigation of service life of surface-strengthened parts of power-saturated tractors «Belarus» (Belarus).
2.5.
Beidokhti B., Koukabi A. N., Dolati A. Effect of titanium addition on weld metal toughness in a submerged arc welded HSLA pipeline steel (Iran).
2.6.
Belyi N. G., Karmanov M. N., Shalaev V. A. Automation of X-ray control of welded joints (Ukraine).
2.7.
Bernasovsky P., Orszaghova Ja. The effect of repair welding on the properties of duplex stainless steels (Slovakia).
2.8.
Bondarenko Yu. K., Radchenko M. L., Artyukh K. O. Monitoring of measuring process for assessment of conformity of welded joints after long-term service (Ukraine).
2.9.
Braverman V. Ya., Bashenko V. V., Belozertsev V. S., Kiktev S. I. Monitoring of penetration depth in electron beam welding using natural X-ray radiation (Russia).
2.10. Gedrovich A. I., Tkachenko S. A., Kalenskaya A. V. Application of dissimilar
steels in railway car building (Ukraine).
2.11. Gedrovich A. I., Khizhnyak A. V. Evaluation of effectiveness of reduction in
residual stresses in low-weight parts using vibrating stands (Ukraine).
2.12. Denisov L. S., Zankovets P. V. Accident-free service of potentially hazardous
tank-type equipment (Belarus).
2.13. Dmitrik V. V., Bartash S. N. About damage of welded joints of steam
pipelines operating under a boosted condition Ukraine).
2.14. Dmitrik V. V., Konyk A. I. Specifics of damage of welded joint metal under
creep conditions (Ukraine).
2.15. Dmitrik V. V., Syrenko T. A. Formation of substructure of welded joint metal
under creep conditions (Ukraine).
2.16. Dyadin V. P., Yurko L. Ya. Effect of thickness on relative shear of critical
temperatures of brittleness and evaluation of characteristics of crack resistance of structural steels (Ukraine).
2.17. Zhidkov A. B., Panenko R. N. Occurrence of high-frequency signals in
vibration treatment (Ukraine).
2.18. Zdor G. N., Timoshevich V. B., Radchenko A. A., Selitsky V. S. Method of
welding process monitoring by analysis of a natural radio-frequency emission (Belarus).
2.19. Kvasnitsky V. V., Ermolaev G. V., Matvienko M. V. Effect of plastic
deformations on stress-strain state in diffusion welding of cylindrical parts made from dissimilar materials (Ukraine).
2.20. Kvasnitsky V. V., Ermolaev G. V., Matvienko M. V., Labartkava An. V.
Stress-strain state in diffusion welding of cylindrical parts made from dissimilar metals (Ukraine).
2.21. Kiryan V. I., Shonin V. A. Fatigue resistance of welded joints of aluminium
alloys (Ukraine).
2.22. Knysh V. V., Kovalchuk V. S. Increase in life of welded joints using
high-frequency mechanical peening after repair welding (Ukraine).
2.23. Knysh V. V., Solovey S. A., Kuzmenko A. Z. Fatigue corrosion resistance of
welded joints strengthened by high-frequency mechanical peening (Ukraine).
2.24. Koval P. M., Babyak I. P. Determination of fatigue strength of welded joints
of reinforcement rolled metal of class ASOOC using signals of acoustic emission (Ukraine).
2.25. Kovtunenko V. A., Gerasimenko A. M., Bogdanovskaya L. F., Petruchenko A. A.,
Korzin K. Yu. Reinforcement in building structures (Ukraine).
2.26. Kovtunenko V. A., Gerasimenko A. M., Sineok A. G., Bogdanovskaya L. F.,
Zadorozhnyi V. A., Ryabokon V. D. Technology of application of steel 06GBD (C390 class of strength), new for the domestic bridge construction, in construction of bridge across entrance into a port of Podol bridge transition (Ukraine).
2.27. Kovtunenko V. A., Sineok A. G., Ryabtsev K. V. Advanced welded tubular
structures (Ukraine).
2.28. Kolomojtsev E. V. Improvement of life of crane beams, balancers and other
elements of load-carrying cranes (Ukraine).
2.29. Kolomojtsev E. V. Improvement of service life of moulds and slag cups at
metallurgical enterprises (Ukraine).
2.30. Korab N. G., Mineev E. A. Express-methods of quality control of welded
joints of polyethylene pipes (Ukraine).
2.31. Kushnir R. M., Popovich V. S. About determination of thermo-elastic state of
elements of welded joints using the model of a thermo-sensitive body (Ukraine).
2.32. Labartkava A. V., Ermolaev G. V., Kostin A. M., Osipov A. A.,
Konashchuk Yu. M. Optimizing of design of welded connection of a technological inlet into high-capacity tank (Ukraine).
2.33. Labur T. M. Working out of criteria for assessment of quality of welded joints,
accounting for the effect of technological factors on service reliability of structure (Ukraine).
2.34. Labur T. M., Ishchenko A. Ya., Taranova T. G., Kostin V. A., Grigorenko G. M.
Assessment of effect of loading and structure heterogeneity in HAZ and weld metal on parameters of fracture of aluminium-lithium alloy 1422 (Ukraine).
2.35. Larionov V. V., Vostrov V. K. Criteria of strength and problems of standardization
of defects in welded joints of building metal structures (Russia).
2.36. Liang Jing, Shi Yiwei. Analysis of defect feature and ultrasonic inspection
capability of thick electron beam welds (China).
2.37. Lobanov L. M., Pashchin N. A., Loginov V. P. Effect of electrodynamic treatment
on control of stress-strain state of thin-sheet welded structures (Ukraine).
2.38. Lobanov L. M., Pivtorak V. A., Kiyanets I. V., Krotenko O. V., Tikhiy V. G.
In-process quality control of structure elements manufactured of composite and carbon-plastic materials using the electron shearography method (Ukraine).
2.39. Lobanov L. M., Pivtorak V. A., Savitsky V. V., Tkachuk G. I. Determination of
residual stress gradient in elements of welded structures using the method of speckle-interferometry (Ukraine).
2.40. Luchkin R. S., Pomerantseva Ya. I. Method of assessment of corrosion
resistance of welded joints of pipes made from low-carbon steels (Russia).
2.41. Markashova L. I., Grigorenko G. M., Poznyakov V. D., Berdnikova E. N.,
Alekseenko T. A. Structural approach to evaluation of distribution of internal stresses and properties in HAZ of high-strength steel welded joints (Ukraine).
2.42. Markashova L. I., Petrov S. V., Valevich M. L. About interrelation of structure
and thermal stressed state near-surface layers of railway wheels treated by plasma (Ukraine).
2.43. Markashova L. I., Grigorenko G. M., Polovetsky E. V., Kushnareva O. S.,
Fedorchuk V. E. Effect of structural-phase state on mechanical properties,
distribution of internal stresses in weld metal of joints of complex-alloyed aluminium-lithium alloys (Ukraine).
2.44. Martynyuk R. T., Chernova O. T. Radiographic inspection of welds by X-ray
and gamma beams (Ukraine).
2.45. Makhutov N. A., Kosov V. S., Razumovsky I. A., Oganiyan E. S. Assessment
of residual life of beams and carriages of railway cars with account for local properties and stresses (Russia).
2.46. Makhutov N. A., Razumovsky I. A, Odintsov I. N., Apalkov A. A.
Interferential-optical methods in assessment of residual stresses (Russia).
2.47. Mutas V. V., Girenko S. V., Rabkina M. D. Design of cylindrical pressure
vessels with volume corrosion defects (Ukraine).
2.48. Nedoseka S. A. Assessment of accumulation of damages and prediction of
failure from data of acoustic emission (Ukraine).
2.49. Nedoseka A. Ya. Diagnostics of welded structures using the acoustic
emission (Ukraine).
2.50. Nekhotyashchiy V. A., Yukhimets P. S., Bezlyudko G. Ya. Coercimetry and
examination of cylinders (Ukraine).
2.51. Novosyolov A. A., Kazarnovsky V. S. Effect of defects of welded butt joint of
crane beams with an upper girth of rolled T-beam on fatigue life (Russia).
2.52. Ovsienko M. A., Kharchenko L. F., Yaremenko M. A. Specifics of recording
signals of acoustic emission on high-temperature objects of a cylindrical shape (Ukraine).
2.53. Osadchuk V. A., Ivanchuk O. O., Banakhevich Yu. V. Determination of
residual stresses in the zone of circumferential welded joints of pipes of different thickness and evaluation of their effect on life of pipeline (Ukraine).
2.54. Pivtorak V. A., Krotenko P. D., Savitskaya E. M. Shiyan K. V. Method of
determination of geometric parameters of defects of circular and square shape in structure elements using the electron shearography method (Ukraine).
2.55. Pivtorak V. A., Nekhotyashchiy V. A., Krotenko P. D., Mikhoduy O. L.,
Andrushchenko S. G. Examination of strained state of welded cylinder using method of electron speckle-interferometry (Ukraine).
2.56. Poznyakov V. D., Dovzhenko V. A., Kasatkin S. B. Effect of multiple repeated
repair welding on structure of HAZ and properties of repaired joints of low-alloy steels (Ukraine).
2.57. Poznyakov V. D., Markashova L. I., Zhdanov S. L., Dovzhenko V. A.,
Strizhak P. O. Change in structure and characteristics of mechanical properties of HAZ metal of sparsely-alloyed steel 17Kh2M under the effect of static loading (Ukraine).
2.58. Posypajko Yu. N. Developments of the E. O. Paton Electric Welding Institute
in the field of air-tightness inspection of welded joints (Ukraine).
2.59. Pugachev A. T., Malykhin S. V., Gladkikh L. I., Reshetnyak M. V.
Investigation of residual stresses in very non-equilibrium systems (Ukraine).
2.60. Rabkina M. D. Interaction of hydrogen with steel housings of equipment of oil
refining complex (Ukraine).
2.61. Savitsky M. M., Savichenko A. A., Suprunenko V. A. Welded metal plastic
high-capacity cylinders for transportation and storage of compressed natural gas (Ukraine).
2.62. Smiyan O. D., Grigorenko G. M., Kapitanchuk L. M., Gordan G. M.,
Butkova O. I., Solomijchuk T. G., Olekseenko I. O. Effect of alternating stress-strain state of metals on composition and distribution of alloying and filler elements in steels (Ukraine).
2.63. Stepanyuk S. N., Yamaoka T., Matsuoka S, Nishiguchi H. Effects of
hydrogen on mechanical properties of welded joints of STPG370 and SGP pipeline steels (Japan).
2.64. Troitsky V. A., Belyi N. G., Bukhensky V. N. X-ray TV system on the base of
highly-sensitive CCD-cameras and monocrystal screens CsJ(T1) (Ukraine).
2.65. Troitsky V. A., Bondarenko A. I., Lazebny V. S. Gorbik V. M. Method and
technology of non-destructive testing of tubes of heat exchangers by ultrasonic directed waves (Ukraine).
2.66. Troitsky V. A., Zagrebelny V. I. Magnetometric control of welded joints and
structures (Ukraine).
2.67. Troitsky V. A., Posypajko Yu. N. Integrated non-destructive testing of
high-capacity welded tanks (Ukraine).
2.68. Troitsky V. A., Radko V. P. Application of directed waves in UST of pipelines
(Ukraine).
2.69. Trotsenko D. A. Method of control of serviceability of welded structures at
cyclic loading (Russia).
2.70. Filatov Yu. A. Towards the problem of mechanism of grained bainite
formation in near-weld zone of welded joints of steel 24Kh2NAch (Russia).
2.71. Khokhlova Yu. A., Fedorchuk V. E., Chaika A. A. Method of determination of
microhardness and mechanical properties of welded joint using the Berkovich method (Ukraine).
2.72. Shim Y., Shi B. Fracture mechanics based on fatigue analysis of welds (USA).
2.73. Shi Yiwei, Liang Jing, Wang Zheng. Ultrasonic inspection of brazed joints in
multi-layered structure (China).
2.74. Shonin V. A., Mashin V. S. Improvement of life of thin-sheet AMg6 alloy butt
joints made by arc welding with a local treatment of welds (Ukraine).
2.75. Yukhimets P. S. Method of determination of a cyclic life of pipeline with
corrosion damages with account for kinetics of changes in geometric parameters of defect during service (Ukraine).
2.76. Yushchenko K. A., Savchenko V. S., Chervyakova L. V., Nakonechnyi A. A.,
Yarovitsin A. V. Causes of service fractures of gas turbine blades of nickel alloys (Ukraine).
3. MATHEMATICAL METHODS FOR MODELING OF WELDING PROCESSES
3.1.
Galchenko V. Ya., Ostapushchenko D. L. Modeling of process of non-destructive testing of welded joints using magnetic method (Ukraine).
3.2.
Devyatjarov M. S., Korobov Yu. S., Razikov N. M., Filippov M. A. Modeling of deposited metal resistance at contact-impact action (Russia).
3.3.
Zankovets P. V., Denisov L. S. System of quality assurance of welded structures on the basis of information technologies and mathematical modeling of causal-consequential relations of defect formation (Belarus).
3.4.
Ignatenko A. V. Drop in fracture stress of grain of bcc-metal under hydrogen effect (Ukraine).
3.5.
Krivtsun I. V., Kharlamov M. Yu., Korzhik V. N., Petrov S. V., Marinsky G. S., Chernets A. V., Demyanov A. I. Mathematical modeling of turbulent vapor-plasma flows (Ukraine).
3.6.
Makhnenko O. V., Muzhichenko A. F. Analysis of effectiveness of process of thermal straightening of distortions of ship-building panels using mathematical modeling (Ukraine).
3.7.
Mokrov O., Reisgen U., Era T. Ueyama T., Pavlyk V. Coupling of GMA process modeling with power source regulation: an essential step towards virtual welding (Germany, Japan).
3.8.
Myakishev Yu. V. Two-and three dimensional quality mathematical models of oscillating process under the electron beam effect on metal (Russia).
3.9.
Nesterenko N. P., Senchenkov I. K., Chervinko O. P., Menzheres M. G. Modeling of temperature fields and stresses in hot tool welding of plastic pipes (Ukraine).
3.10. Sivtsev M. N., Kharbin N. N. Design model for assessment of hydrogen effect
on delayed fracture of welded joints (Russia).
3.11. Sinyuk V. S. Computational modeling of hydrogen transport in welded joints
of structural steels (Ukraine).
4. ADVANCED TECHNOLOGIES, MATERIALS AND EQUIPMENT FOR DEPOSITION OF COATINGS
4.1.
Astakhov E. A., Kaplina G. S., Murashov A. P., Ipatova Z. G., Kildiy A. I., Golnik V. F. Effect of structural state of FeV coatings on their resistance against corrosion and wear (Ukraine).
4.2.
Borisov Yu. S., Astakhov E. A., Rupchev V. L., Burlachenko A. N. Development and manufacture of composite powder, containing a nanocrystalline phase, for thermal spraying of coatings of FeCrTiCN system (Ukraine).
4.3.
Borisov Yu. S., Borisova A. L., Adeeva L. I., Tunik A. Yu., Rupchev V. L., Burlachenko A. N. Producing powders by the method of mechanical-chemical synthesis for thermal spraying of coatings (Ukraine).
4.4.
Borisov Yu. S., Vojnarovich S. G., Kislitsa A. N., Kuzmich-Yanchuk E. K. Microplasma spraying of bioceramic coatings (Ukraine).
4.5.
Borisov Yu. S., Kaplina G. S., Astakhov E. A. Thermal coatings of nanocrystalline powders (Ukraine).
4.6.
Borisov Yu. S., Korzhik V. N., Murashov A. P., Demyanov I. A., Demyanov A. I. Deposition of magnetic screens on bodies of equipment of instrument industry (Ukraine).
4.7.
Borisov Yu. S., Krivtsun I. V., Shelyagin V. D., Kuzmich-Yanchuk E. K., Khaskin Yu. V., Vojnorovich S. G., Kislitsa A. N., Bernatsky A. V., Siora A. V., Gorban V. F. Hybrid laser-arc process for coating deposition (Ukraine).
4.8.
Borisov Yu. S., Rupchev V. L., Burlachenko A. N. Application of technology of mechanical alloying in manufacture of powders for thermal spraying of coatings (Ukraine).
4.9.
Dubovoy A. N., Karpechenko A. A. Electric arc spraying of composite coatings (Ukraine).
4.10. Ivashchenko E. V., Lobacheva G. G., Marchenko N. V., Stadnik A. A.
Producing of multi-layer coatings on iron using method of an electric spark alloying (Ukraine).
4.11. Ivashchenko E. V., Lobacheva G. G., Marchenko N. V., Stadnik A. A.
Development of coatings on TiN and TiC base using method of a pulsed laser treatment (Ukraine).
4.12. Korobov Yu. S. Improving the service life of parts of metallurgical equipment
using thermal spraying (Russia).
4.13. Sobol O. V., Dub S. N. Application of structural approach for producing
superhard materials on the base of nanocrystalline condensates of quasi-binary boride and carbide systems (Ukraine).
4.14. Tulyk V. A., Gasik M. I. Change in functional properties of metal surface
using treatment by low-vacuum gas-discharge electron guns (Ukraine).
4.15. Kholyavko V. V. Effect of gallium on structure and properties of
quasi-crystalline coatings of AlCuFe system (Ukraine).
4.16. Sheleg V. K., Prisevok A. F., Lisaj N. K. Increase in adhesion strength of
thermal protective coatings: problems and ways of solution (Belarus).
4.17. Shinlov M. Electrothermal plasma-vacuum processes PVD and CVD -
advanced technologies in surface engineering of metal tools (Canada).
5. SPECIAL ELECTROMETALLURGY
5.1.
Asnis E. A., Baransky P. I., Babich V. M., Zabolotin S. P., Kladko V. P., Slobodyan M.V., Shchegelsky N.E. Growing of Si crystals using method of crucible-free zonal melting in superposition of external electric field on molten zone (Ukraine).
5.2.
Bektagirov F. K., Gnatushenko A. V., Ignatov A. P., Grishchenko T. I. Electroslag melting of dispersion-hardening bronze KN1-3 (Ukraine).
5.3.
Zhirov D. M., Shapovalov V. A., Melnik G. O., Zhdanovsky A. A. Plasma reduction of iron from ore raw material (Ukraine).
5.4.
Kompan Ya. Yu., Nazarchuk A. T., Protokovilov I. V., Petrov D. A., Belov A. M. Magnetically-controlled electroslag melting in pulsed magnetic fields (Ukraine).
5.5.
Krushinskaya L. A., Movchan B. A. Specifics of formation of structure of oxide condensates (TiO2, SiO2) produced by method of electron beam evaporation in vacuum (Ukraine).
5.6.
Lakomsky V. V., Pomarin Yu. M., Grigorenko G. M. Possibility of nitriding of molten metal, covered by slag, from gas phase (Ukraine).
5.7.
Lyapina K. V., Melnichenko T. V., Ustinov A. I. Producing non-consolidated materials using method of electron beam deposition from vapor phase (Ukraine).
5.8.
Marinsky G. S., Korzhik V. N., Petrov S. V., Chernets A. V., Demyanov A. I. Application of vapor-plasma technology for utilization of hazardous wastes (Ukraine).
5.9.
Peshkov A. N., Shapovalov V. A., Burnashev V. R., Stepanenko V. V., Konstantinov V. S., Kolesnichenko V. I. Technology of compacting chips of heat-resistant alloys (Ukraine).
5.10. Reichel T., Beissel J., Pavlyk V., Heigl G. Production of metallurgically
cladded pipes for high end application in the oil and gas industry (Germany, Austria).
5.11. Revyakin E. Yu., Shapovalov V. A., Kolesnichenko V. I., Yakusha V. V.,
Zhirov D. M., Gnizdylo A. N., Nikitenko Yu. A. Installation for producing super-large profiled ingots of multi-crystalline silicon (Ukraine).
5.12. Stelmakh Ya. A. Thick vacuum condensates on Al2O3 base (Ukraine).
5.13. Telichko V. A., Polishchuk S. S., Chaplyuk V. I., Ustinov A. I. Producing
coatings on the base of intermetallic compounds of complex crystalline structure using method of electron beam deposition (Ukraine).
5.14. Trigub N. P., Zhuk G. V., Berezos V. A. Electron beam technology and
equipment for producing large-sized ingots of uncrushed blocks of spongy titanium (Ukraine).
5.15. Ustinov A. I., Melnichenko T. V., Olikhovskaya L. A., Rudenko A. E.,
Shishkin A. E. Nanolayer foils: electron beam method of producing, structure and properties (Ukraine).
5.16. Fajzullaev Sh. N., Filippov V. I., Abralov M. A. About application of electroslag
process at the «Uzbekkhimmash» plant for welding and remelting of metal wastes (Uzbekistan).
5.17. Fesyun E. V., Ustinov A. I., Melnichenko T. V., Skorodzievsky V. S.
Peculiarities of formation of nanostructured states of some fcc-metals in electron beam deposition and their mechanical properties (Ukraine).
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