通过对实际运动构件疲劳破坏问题的分析应用，表明本文方法计算结果是准确、合理的，有实用性。
Applications on the fatigue failure of actual moving elements show that the results of calculation are correct and soundly based and that the suggested method is practicable for use.
结合装甲车辆实车环境，研究分析了在恶劣环境和紧凑设计条件下，获取复杂运动构件关键参数工作信息的方法及其关键技术。
The key technologies of information acquisition of the complicated mobile object under the armor vehicle limited and rigorous special conditions were researched.
该模型把刀具相对于工件的空间误差表示为机床各结构件之间运动误差的位置函数。
The model expresses the relative motion errors of the tool with respect to the workpiece as a location function of its elemental errors.
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