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Numerical Simulation of Heavy Rail Quenching Process

机译:重型铁路淬火过程的数值模拟

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摘要

—Heat-treatment is emphasized for its important role to qualify the heavy rail. The temperature and stress field of U71Mn heavy rail during the quenching process were simulated by the FEM software and various kinds of factors that may influence temperature and stress field distribution were investigated. The result shows that the main factors influencing the temperature and stress field distribution were the heating and holding time, as well as the pressure of air blast during the cooling, whose values would directly influence the final performance of the heavy rail after the heat treatment. It is significantly valuable for the choice of relevant parameters for the heat treatment of U71Mn heavy rail.
机译:- 为其有资格获得重型铁路的重要作用,强调了治疗。通过FEM软件和可能影响温度和应力场分布的有限元软件和各种因素来模拟淬火过程中U71MN重铁路的温度和应力场。结果表明,影响温度和应力场分布的主要因素是加热和保持时间,以及冷却过程中的空气喷射的压力,其值将直接影响热处理后重型的最终性能。对于U71MN重铁路的热处理的相关参数来说,这是显着的价值。

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