优化结果表明：支架的最大变形量可以控制在微米级以内，符合要求。
The optimization results show that: the biggest stent deformation can be controlled under the scope of micron level, which can meet the requirement.
通过采集整个位移场的最大变形量，并与设计指标对比，满足给定要求。
Contrasting the maximal deformation from whole displacement space with design target shows that the calculated results are satisfied the design requirements.
然后，对喇叭膜片进行可靠性分析，确定出膜片的最大变形量及影响最大应力的主要因素。
Then, the reliability analysis of horn diaphragm is done, obtain the maximum distortion and confirm the main factors affecting the maximum stress.
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