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Laser Technologies in Welding and Materials Processing - 2009

Laser Technologies in Welding and Materials Processing - 2009
Название: 
Laser Technologies in Welding and Materials Processing
Год: 
2009
Формат: 
PDF
Размер: 
9.30 МБ
Описание: 

Сборник трудов Четвертой международной конференции 26-29 May, 2009, vil. Katsiveli, Crimea, Ukraine (2009) «Laser Technologies in Welding and Materials Processing». Kiev: E.O. Paton Electric Welding Institute, NASU.

The book contains papers presented at the Fourth International Conference «Laser Technologies in Welding and Materials Processing», covering the latest achievements in the field of laser welding, cutting, surfacing and other advanced processes of laser machining of materials. Prospects of application of laser technologies are considered. Authors of the papers are the known specialists from many countries all over the world.

Содержание:
Kovalenko V. Modern Trends in Production Engineering High Technologies Development 7
Akhonin S.V., Belous V.Yu. and Muzhychenko A.F. Calculation of Sizes of the Weld and HAZ in Welding of Titanium with a Scanning Concentrated Heat Source 11
Demchenko V.F., Krivtsun I.V., Semenov I.L. and Turichin G.A. Numerical Analysis of Heating, Melting and Connective Evaporation of Metals in Pulsed Laser Processing 14
Garashchuk V.P., Lukashenko A.G. and Sydorets V.M. Laser Treatment of Silicon and ITO Thin Layers 20
Grden M. and Vollertsen F. Spatial Reduction Simulation Strategy for Incremental Thermal Forming Process 24
Hoshovskiy S., Roganov Yu., Syrotenko P. and Voytenko Yu. Two-Dimensional Modeling of Thermal Rock Spallation with Laser Radiation 28
Hoshovskiy S., Syrotenko P. and Voytenko Yu. Lasers and Beam Delivery for Perforation and Drilling Oil-and-Gas Wells 32
Hoshovskiy S., Syrotenko P. and Voytenko Yu. Perforating and Drilling Wells with Laser Radiation is a Perspective Technology for Oil-and-Gas Industry 35
Ilnaz Vahdatinia, Kotlyarov V.P., Mohammad Ali Aliverdi and Hamidreza Haji Mollabashi. Optimizing Technological Fabrication Techniques for Laser Cutting of Stents 38
Jianhua Yao, Chunyan Yu, Qunli Zhang, Xiaodong Hu, Chenghua Lou and Kovalenko V.S. Research on Laser Remanufacturing of Steam Turbine Blades 42
Krivtsun I.V., Shelyagin V.D., Khaskin V.Yu., Mashin V.S. and Zatserkovny A.S. Hybrid Laser-Plasma and Laser-Arc Welding of Various Aluminum Alloys 47
Kuzko O.V. Non-Linear Modelling of the Defects Growth Dynamics in Laser Welds 50
Lopota A.V., Velichko O.V., Afanasieva A.A. and Turichin G.A. Efficiency in Adopting Hybrid Laser-Arc Welding 53
Seidgazov R.D. Algorithm of Laser Welding Designing for Averting the Pores Formation 57
Seidgazov R.D. Thermocapillary Mechanism of Melt Displacement During Keyhole Formation by Laser Beam 59
Seidgazov R.D. Verification of the Melt Displacement Mechanism in Deep Penetration Laser Welding 62
Semenov I.L., Krivtsun I.V. and Demchenko V.F. Modeling of Metal Vaporization at Laser Processing 65
Seyedali Etezad, Ilnaz Vahdatinia and Nikitin A.A. Analyzing Formation of Capillary in Deep Penetration Laser Welding 71
Seyedali Etezad, Ilnaz Vahdatinia and Nikitin A.A. Suppressing the Negative Effect of Plasma in Deep Penetration Laser Welding 74
Sipavicius C., Mazeika K., Vaitiekunas P. and Padgurskas J. Laser Method for Generation of Micro- and Nano-Particles and their Selection in Gas Flow 76
Turichin G., Tzibulsky I., Kuznetsov A., Grinin O., Pevzner Ya. and Lopota A. Development of Industrial Equipment for Laser Hybrid Welding of Pipe Steels 78
Turichin G., Tzibulsky I., Valdaytseva E. and Lopota A. Laser Hybrid Welding of Pipe Steels Е Modeling and Technology 82
Zelnichenko A.T. Russian-German Center of Laser Technologies ЕGoals and Prospects 88

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