Titlebook: Materials Processing Fundamentals 2019; Guillaume Lambotte,Jonghyun Lee,Samuel Wagstaff Conference proceedings 2019 The Minerals, Metals &

清晰

Figate

Flow Control in the Model of a Continuous Caster by Using Contactless Inductive Flow Tomographyentional methods. Contactless inductive flow tomography (CIFT) can easily provide real-time information about the flow structure (double or single roll) and the angle of the jet coming out of the submerged entry nozzle (SEN) just from the raw sensor data. Furthermore, by solving the underlying linea

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paltry

原來

Melodrama

Carbide Precipitation of TBM Cutter Ring Steel During Temperingsion automatic analyzer and EPMA, respectively. The results show that the number of carbides increased by about 180% at the tempering temperature of 530?°C. The inclusions of test steels were characterized through the carbides and carbides with the core of Al.O.. The thermodynamics results indicate

Anthropoid

Analysis of Large Inclusions in Crankshaft Steel by Ingot Castingopy and scanning electron microscopy, the three-dimensional morphology, composition, size distribution and quantity density of the large inclusions in the refining, teeming and steel ingot were revealed. The size of the inclusions obtained is 50–200?μm. The results showed that the main components of

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Research on the L2 Control Model Technology of Double Cold Reduction During Continuous Annealing Pro input rolling instruction parameters. The L2 process control model plays an important role in any process control system. In this paper, the DCR process control of continuous annealing is taken as the study object, and the control principle and function of each control module in L2 control models a

落葉劑

Research on Level 2 Rolling Model of Tin Plate Double Cold Reduction Processld rolling. In this case, the hypothesis of circular roll profile is no longer reasonable, and non-circular arc theory is adopted to ensure the rolling model accuracy. In this paper, the rolling model is carried out using non-circular arc theory, based on the actual process data of tin plate rolling

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Numerical Modelling and Influence of Cu Addition on the Microstructure and Mechanical Properties of sition of coatings were studied. The SEM images showed the homogeneous distribution of Cu addition in Ti–10Al–9Cu at scanning speed of 1.0?m/min. Strong metallurgical bond without pores and cracks were observed between the coating and the substrate. Grain refinement was observed within the microstru