Results 211 to 220 of about 10,559 (261)
An Adaptive Coupling of Edge-Based Smoothed FEM and SPH with a Bidirectional Element-Particle Transformation Algorithm for Laser Powder Bed Fusion. [PDF]
Suo M, Long T.
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Corrosion Behavior of Bubble Tubes in Glass Curing Furnaces Under the Heat-Flow Coupling Effect. [PDF]
Guo H +6 more
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Reduction Behavior and Melting Characteristics of Blast Furnace Iron Ore Mixed with Carbon-Rich Iron Particles. [PDF]
Shen JM +6 more
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Laser Wire Directed Energy Deposition of 5356 Aluminum Alloy: Process Parameter Optimization and Porosity Prediction. [PDF]
Zhang X, Mei Y, Yang H, Zhou S.
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Study on the melting characteristics of steel scrap in molten steel
Ironmaking and Steelmaking, 2019Steel scrap is of great benefit for environmental protection. In converter steelmaking, bottom carbon injection was applied to enhance the scrap ratio and in EAF steelmaking, submerged carbon powde...
Guangsheng Wei, Rong Zhu, Kai Dong
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Effect of Steels on the Purity of Molten Mg Alloys [PDF]
Tooling materials used in the synthesizing of Mg alloys can introduce impurities, which can severely degrade the anticorrosion properties for the final Mg products. To address this issue, this work analyze the purity of molten Mg alloys AZ91D and AM50A in contact with three commonly used steels: 20#, H13, High‐CrNi (022Cr25Ni7Mo4N) for different ...
Tao Chen +6 more
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Deoxidation of Molten Steel by Aluminum
Journal of Iron and Steel Research International, 2015The deoxidation equilibrium of liquid steel was investigated from a new perspective. Dissolved associate MmOn was used to describe the interaction between dissolved M and dissolved oxygen instead of the interaction parameter of Wagner. The concentration of unassociated oxygen could be considered as the activity of oxygen.
Guo-hua Zhang, Kuo-chih Chou
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The attack of molten zinc on steels
Materials and Corrosion, 1977AbstractA new technology test method has been developed to determine the attack of molten zinc on different steels. The tests were carried out with low‐alloy steels, tool steels and stainless steels. These materials were tested in pure molten zinc and in a zinc alloy containing 4% aluminium. The test temperatures were 400–600 °C.
V. Lampe, H. Roos, M. Svensson
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