• 论文宝钢钢管厂环形炉烟囱可靠性加固技术进行系统研究

    The systemic study on reliability and reinforcement technique about hoop-stove chimney of the Bao-steel incorporated company steel pipe factory is made.

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  • 其次环形炉烟囱结构进行有限元力学分析承载力受热温度裂缝变形校核

    Secondly, the finite element mechanical analysis and some check including bearing capacity, heating temperature, fracture and deformation about hoop-stove chimney are processed.

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  • 最后针对环形炉烟囱存在问题研究制定可行维修加固方案,对其可能产生的负面效应进行了论证。

    Lastly, aiming at the problem lying in hoop-stove chimney, the paper establishes the feasible maintenance and reinforcement scheme and demonstrates potential negative effect.

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  • 煤气空气在外石灰环形燃烧室内混合均匀,燃烧充分火焰温度均匀,便于控制。

    Through homogeneous mixing between gas and air in cyclical combustion chamber of gas external combustion type lime kiln, it can be enough combustion, has homogeneous flame temperature.

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  • 本文介绍环形加热活动组合式隔墙研制应用

    The paper introduced the research and application of the movable and composed separating wall of the furnance.

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  • 介绍了环形加热的电气控制功能及实现,重点介绍料控制、机械旋转控制、出料控制、扒渣控制及自动出渣控制。

    Charge control, under hearth mechanism rotation control, discharge control, slag removal control and automatic tapping slag control are emphatically introduced.

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  • 电磁环形桌子之间通过螺钉相接

    Induction cooker, supporting ring and table are mutually linked through bolt.

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  • 针对公司环形加热实际生产情况,建立加热过程的三传热数学模型

    Considering practical ring shaped heating furnace of a certain company, a threedimensional heat transfer mathematic model for tube rounds heating process was established.

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  • 发明涉及一种硅钢高温退火环形加热中找正锁紧同心度方法

    The invention relates to a method for aligning the concentricity of a locking hole and a locking guide rod in a silicon steel high-temperature annealing ring-shaped heating furnace.

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  • 利用该系统全面系统模拟环形加热实际生产过程,准确预测主要热工参数随加热时间的变化规律,实现计算机优化控制奠定了理论基础。

    This numerical simulation system can not only simulate the practical situation totally and systematically, but also predict the practical situation in annular furnace. The research lays

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  • 利用该系统全面系统模拟环形加热实际生产过程,准确预测主要热工参数随加热时间的变化规律,实现计算机优化控制奠定了理论基础。

    This numerical simulation system can not only simulate the practical situation totally and systematically, but also predict the practical situation in annular furnace. The research lays

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