Changing of temperature distribution during warm shear spinning of cone workpiece of titanium alloy greatly affects the process and the product's precision.
成形过程中的温度场变化对钛合金锥形件温热剪旋成功与否，以及产品的精度影响很大。
The simulated results can concord with the results of experiments, and can coordinate with the changing of temperature on real quenching process.
模拟结果和测量结果是比较接近的，能够反应真实的淬火过程温度场的变化。
In addition to temperature control, mixing, it also has the necessary return of organic synthesis and air displacement function, in addition, aluminum can be changed by changing the synthesis process.
除了温度调节、搅拌以外，还具备有机合成必要的回流和空气置换机能，另外，通过变换铝片可以改变合成的进程。
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