quenching tank

This thesis studies particularly the medium flow field in a quenching tank and its relationship with the temperature field, the microstructure field and the internal stress field of a shaft-type test-piece, by using computer simulation and experiment examination.

针对上述问题本文用计算机模拟与试验研究相结合的方法，着重研究了淬火槽中介质的流场以及介质流场与轴类试件的温度场、显微组织场和内应力场的关系。

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A quenching tank with agitator system and flow-equalizing equipment was selected to simulate the flow field in it.

本文选择适用于工业生产的带有搅拌系统和均流装置的淬火槽，对淬火介质在槽内的流场分布进行模拟。

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These relations provide a scientific foundation for designing the intelligent quenching tank, planning the quenching process and realizing the intelligent control of quenching process.

为设计淬火槽结构、制定淬火工艺和实现淬火过程智能化控制提供科学依据。

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First, the finite-element computing model of the medium flow field in quenching tank is set up.

首先建立了淬火槽内介质流场的有限元计算模型。

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