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In Rail Quenching Unit, Numerical Simulation Study of the Evolution Rule about Tissue and Stress of Rail Head in Quenching Cooling

机译:在轨道淬火单元中,淬火冷却中轨道组织和应力的演化规则的数值模拟研究

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In this paper, based on electric quenching production process in rail and beam factory of Baotou steel, using the finite element software DEFORM-3D, with 60kg/m U75V rail as the prototype, established a three-dimensional model of rail residual heat quenching to simulate and calculate evolution law of tissues and stress on rail head in quenching cooling process in quenching unit, and provides a theoretical basis for finding reasonable optimal cooling rate of rail head in the rail online residual heat quenching process.
机译:本文基于包头钢轨道和梁厂的电磁淬火生产过程,采用了有限元软件Deform-3D,用60kg / m u75V轨作为原型,建立了铁路剩余热淬火的三维模型淬火单元中淬火冷却过程中轨头组织和应力的模拟和计算轨道的演化法,为轨道在线剩余热淬火过程中轨头的合理最佳冷却速率提供了理论依据。

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