Delamination and cause of polycarbonate (PC) thin-wall component were studied by comprehensive analysis methods and chemical stress cracking mechanism of PC delamination was found.
应用综合分析方法研究了聚碳酸酯(PC)薄壁件分层开裂及其起因，发现了分层的化学应力开裂机制。
The study presented the status of force bearing analysis on the swinging rotor of expander, and the calculation of stress and deformation was carried out on the key component-swinging rotor.
研究给出了膨胀机摆动转子进行受力分析情况，对关键部件摆动转子进行了应力与变形的计算。
Principal component analysis showed that O. lubricum had a stronger capability of O3 stress tolerance, as compared to Ph. edulis.
主成分分析表明，四季竹对O3胁迫的耐受能力明显强于毛竹。
The analysis of the three dimensional finite element for this structure's intensity are carried out. Some important results such as the stress distributed state of this component are received.
并建立了活动横梁的有限元力学模型，对该结构进行了三维有限元强度分析。
Fuzzy reliability study mostly focuses on its analytic method, and lays particular stress on fuzzy reliability analysis and design of component.
模糊可靠性课题大多数研究集中在模糊可靠性的解析方法上，而且偏重于元件级的模糊可靠性分析与设计。
Fuzzy reliability study mostly focuses on its analytic method, and lays particular stress on fuzzy reliability analysis and design of component.
模糊可靠性课题大多数研究集中在模糊可靠性的解析方法上，而且偏重于元件级的模糊可靠性分析与设计。
应用推荐