Results 211 to 220 of about 5,891 (263)
Monitoring and Control of the Direct Energy Deposition (DED) Additive Manufacturing Process Using Deep Learning Techniques: A Review. [PDF]
Materials (Basel)Liu Y +7 more
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Microstructure and Arc Erosion Performance of CuCr50Ni<sub>X</sub> Coatings by Infrared-Blue Hybrid Laser Cladding. [PDF]
Materials (Basel)Duan Y +7 more
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Plasma Shielding Effect in Nanosecond/CW Combined Pulse Laser Ablation of Metals. [PDF]
Materials (Basel)Jia X +8 more
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Integrative Evaluation of Bead Morphology in Plasma Transferred Arc Cladding Through Orthogonal Arrays and Morphology Index Analysis. [PDF]
Materials (Basel)Jiang L, Long J, Wei Y, Jiang Q, Wang F.
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Automatic Control of Arc Welding by Monitoring Molten Pool
Automatic Control of Arc Welding by Monitoring Molten Poolopenaire
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Journal of Manufacturing Processes, 2021
Abstract A new approach is presented in this paper to link the integrated area of the spectral curve with the molten pool temperature, the grain size and molten pool plasma during laser additive manufacturing. A fiber laser was used to deposit the CoCrMo powder on the Q235 steel substrate.
Hanning Chen +2 more
exaly +2 more sources
Abstract A new approach is presented in this paper to link the integrated area of the spectral curve with the molten pool temperature, the grain size and molten pool plasma during laser additive manufacturing. A fiber laser was used to deposit the CoCrMo powder on the Q235 steel substrate.
Hanning Chen +2 more
exaly +2 more sources
The role of discharge plasma on molten pool dynamics in EDM
Journal of Materials Processing Technology, 2021Abstract Each discharge in electrical discharge machining (EDM) generates a plasma with a temperature of several thousands of degrees, which not only evaporates and melts the electrode material, but also applies forces on the molten pool. To determine the role of the discharge plasma on the molten pool dynamics, this study used high-speed photography
Xiaoming Yue, Xiaodong Yang
exaly +2 more sources
2021
As introduced in Chap. 1, in the transition phase during CDA of SFR, the reactor core melts and a large-scale molten fuel pool containing a sufficient amount of fuel.
Songbai Cheng, Ruicong Xu
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As introduced in Chap. 1, in the transition phase during CDA of SFR, the reactor core melts and a large-scale molten fuel pool containing a sufficient amount of fuel.
Songbai Cheng, Ruicong Xu
openaire +1 more source
2021
As noted in Chap. 1, in the transition phase during a CDA of SFR, a disrupted core, consisting of a multiphase flow with molten fuel, molten structure, refrozen fuel and solid fuel pellets, etc.
Songbai Cheng, Ruicong Xu
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As noted in Chap. 1, in the transition phase during a CDA of SFR, a disrupted core, consisting of a multiphase flow with molten fuel, molten structure, refrozen fuel and solid fuel pellets, etc.
Songbai Cheng, Ruicong Xu
openaire +1 more source
Modelling the formation and oxidation of molten pools
Annals of Nuclear Energy, 2013Abstract One of the main findings of the Phebus FP bundle melt down tests is that in the bundle, at the end of the test, just below the lower spacer grid a pool of molten materials forms and the rod-like geometry is completely lost. The computer simulations carried out by the mechanistic, single-rod SVECHA/QUENCH (S/Q) code revealed the formation ...
M.S. Veshchunov +2 more
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