系统给出了气垫带式输送机生产率、气垫压力、空气流量、气孔面积、鼓风机和电机功率的计算方法。
In this part, calculation methods of the productivity, air-cushion pressure, air flow quantity, nozzle area, capacity of ventilator and electric motor are given out systematically.
采用准静态压缩试验，得到不同规格的空气垫压缩后的接触面积和压缩载荷特性，并与模型理论值比较。
The quasi-static compression was employed, through which the comparison was made between the models and experimental values of the contacting areas and static compressing curves.
采用准静态压缩试验，得到不同规格的空气垫压缩后的接触面积和压缩载荷特性，并与模型理论值比较。
Simulation on quasi-static compression has been carried out to see the influence of the structural parameters used for the honeycomb composites on their capability of absorbing energy.
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