切削力、磨削力和磨削表面粗糙度是表征切削加工和磨削加工的最重要特征量，对它们进行预测分析和过程控制具有十分重要的意义。

Cutting force, grinding force and surface roughness of grinding are the most important parameters to scale machine progress, thus precision methods for them is needed in engineering.

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为了改善钛合金的磨削加工性，分析磨削区温度场分布情况并研究如何有效降低磨削区温度具有十分重要的意义。

To improve the grinding performance of titanium alloy, it is very significant to analyze the temperature distribution in grinding zone and research how to lower the grinding temperature effectively.

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同时指出，为了提高喷焊层的耐蚀性，应综合考虑喷涂材料、重熔工艺、磨削工艺的影响。

And it is came out that, the corrosion resistance of spraying layer is affected by spraying material, spraying technology and grinding technology.

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