Preliminary analysis shows that the propulsion force is relative to serval factors, such as liquid viscousness, drive fin wet area and offset, etc.
分析表明,鱼形微机器人推进力与流体
粘性系数、摆翼面积和偏移角等因素有关。
Preliminary analysis shows that the propulsion force is relative to serval factors, such as liquid viscousness, drive fin wet area and offset, etc.
分析表明,鱼形微机器人推进力与流体粘性系数、摆翼面积和偏移角等因素有关。
After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.
通过
试验数据分析，求出了材料黏性系数，给出了利用塑性能耗起点确定材料疲劳极
法。
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