Тема: Разработка технологии лазерно-гибридной сварки труб большого диаметра

[1] C. Wang, G. Mi, X. Zhang. Welding stability and fatigue performance of laser welded low alloy high strength steel with 20 mm thickness (2021).
[2] S. Ji, F. Liu, T. Shi, G. Fu, S. Shi. Effects of Defocus Distance on Three-Beam Laser Internal Coaxial Wire Cladding. (2021)
[3] O. Ustundag, S. Gook, A. Gumenyuk, M. Rethmeier Hybrid laser-arc welding of thick-walled pipe segments with optimization of the end crater. (2021)
[4] Churiaque C.a,Chludzinski M.a,Dos Santos R.E.a,Sánchez-Amaya J.M.a,Porrúa- Lara M.b,Abad-Fraga F.b,Navantia S.A.b. Laser hybrid welding in shipbuilding. (2019) [5] Churiaque C. ,Chludzinski M. ,Porrua-Lara M. ,Dominguez-Abecia A. ,Abad-Fraga F. ,Sánchez-Amaya J.M. Laser hybrid butt welding of large thickness naval steel. (2019) [6] Zhang Z. ,Shan J. ,Wu A. ,Ren J. . Study on high speed laser-MIG hybrid welding for large gap joint of stainless steel sheet. (2021)
[7] Hirohata M. ,Suzaki M. ,Inose K. ,Matsumoto N. ,Abe D. Mechanical investigation on cold cracking by laser-arc hybrid welding. (2021)
[8] Reisgen U.,Olschok S.,Jakobs S. Laser submerged arc welding (LUPuS) with solid state lasers. (2014)
[9] Kim D.-S. ,Lee H.-K. ,Seong W.-J. ,Lee K.-H. ,Bang H.-S. . Experimental study on laser-mig hybrid welding of thick high-mn steel plate for cryogenic tank production. (2021)
[10] Artinov A.,Meng X. ,Bachmann M.,Rethmeier M. Numerical analysis of the partial penetration high power laser beam welding of thick sheets at high process speeds. (2021) [11] Piekarska W.,Saternus Z.,Kubiak M.,Domański T.,Goszczyńska-Króliszewska D. Computer analysis of stress and deformations in laser welded T-joint at different inclinations of the welding source. (2017)
[12] Piekarska W. ,Kubiak M. ,Vaško M. . Numerical Estimation of the Shape of Weld and Heat Affected Zone in Laser-arc Hybrid Welded Joints. (2017)
[13] C.Y. Ou, C.R. Liu, A computational efficient approach to compute temperature for energy beam additive manufacturing. (2021)
[14] Bunaziv I.. ,Dørum C. ,Nielsen S.E. ,Suikkanen P. ,Ren X. ,Nyhus B. ,Eriksson M. ,Akselsen O.M. Root formation and metallurgical challenges in laser beam and laser-arc hybrid welding of thick structural steel (2021)
[15] Blecher J.J. ,Palmer T.A. ,Deb Roy T. Mitigation of root defect in laser and hybrid laser-arc welding: A model is developed that predicts the range of processing conditions that produce defect-free, complete-joint-penetration welds. (2015)
[16] Shui J., Chen S.L. ,Xia T.T. ,Liu H. ,Yang G.J. Niu J. ,Gong W.Q. Effect of non-equilibrium solid state phase transformation on welding temperature field during keyhole mode laser welding of Ti6Al4V alloy. (2021)
[17] Dong X. ,Wang G. ,Ghaderi M. Experimental investigation of the effect of laser parameters on the weld bead shape and temperature distribution during dissimilar laser welding of stainless steel 308 and carbon steel St 37. (2021)
[18] Jin P. ,Tang Q. ,Song J. ,Feng Q. ,Guo F. ,Fan X. ,Jin M. ,Wang F. Numerical investigation of the mechanism of interfacial dynamics of the melt pool and defects during laser powder bed fusion. (2021)
[19] Shehryar Khan M. ,Shahabad S.I. ,Yavuz M. ,Duley W.W. ,Biro E. ,Zhou Y. Numerical modelling and experimental validation of the effect of laser beam defocusing on process optimization during fiber laser welding of automotive press-hardened steels. (2021)
[20] Meng X. ,Bachmann M. ,Artinov A. ,Rethmeier M. Experimental and numerical assessment of weld pool behavior and final microstructure in wire feed laser beam welding with electromagnetic stirring. (2019)
[21] Andreas Patschger, Michael Seiler, and Jens Bliedtner. Influencing factors on humping effect in laser welding with small aspect ratios (2018)
[22] Philip Yamba, Xu Zhenying, Wang Yun, Wang Rong, Ye Xing. Investigation of humping defect formation in a lap joint at a high-speed hybrid laser-GMA welding. (2019)

Купить