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Simple weight reduction method of mechanical structure fabricated by selective laser melting
The Proceedings of Conference of Kanto Branch, 2019 Yuji KUSAKI, Shinya SASAKI
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Model reduction method for the simulation of the selective laser melting process
AIP Conference Proceedings, 2019 Selective Laser Melting offers new perspectives in terms of part design and simplification of complex assemblies. However, because such a process is based on the fusion of the material, severe thermo-mechanical conditions arise and are responsible for local plastic deformation, residual stresses and distortion of the manufactured component.
Asmaâ Agouzoul +2 more
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Steel Research, 1998 An attempt was made to develop a simplified procedure of determining the softening-melting temperature ranges for iron-ore pellets and sinters. For this purpose, the non-isothermal reduction of a sinter (pellet) sample in a graphite crucible was used in the temperature range of 1000-1550°C, where the sample was heated at a rate of 5K/min.
J. Mróz
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Journal of the Less Common Metals, 1983 An investigation of the combined carbothermal reduction-electron beam melting method of preparing NbWZr alloys, which are strong candidates for use as engineering materials in heat engines, is reported. In this process alloying proceeds during the simultaneous reduction of mixtures of oxides of the constituent metals.
null Han Chang Ci, K. Ono
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5529762 Method for pollution emission reduction from glass melting furnaces
Journal of Cleaner Production, 1996 openaire +2 more sources
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A Geometry Method for Calculating the Fiber Diameter Reduction in Melt Blowing
Advanced Materials Research, 2014Melt blowing is one of the important methods for producing ultrafine fibers. The production of melt blowing is the nonwoven. Fiber diameter has crucial effect on the property of the nonwovens. In the melt-blowing process, many achievements have been published on the fiber diameter distribution along the spinning line.
Sheng Xie, Yong Chun Zeng
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Single crystal Tl0.3MoO3 growth by electrolytic reduction method of a Tl2CO3–MoO3 melts
Journal of Crystal Growth, 2005Single crystals of quasi-one-dimensional charge-density-wave conductor blue bronze Tl(0.3)MoO(3) have been grown by electrolytic reduction method using the raw materials Tl(2)CO(3)-MoO(3) with composition around 1:4.3 mol ration. The electrolytic temperature was about 570 degrees C, and electrolytic current was 25 mA during the electrolytic process. By
Changzhen Li +7 more
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