采用一种新的力学模型，推导了浅圆仓散体侧压力的计算公式。
A new type of mechanical model is presented and a new formula of granular particles lateral pressure in grain squat silo is obtained.
采用一种新的力学模型，推导了浅圆仓散体侧压力的计算公式。
A formula for calculating lateral static pressure on shallow silo wall is derived by global equilibrium method.
两种屋面结构浅圆仓气密性测试的结果表明：砼顶仓的气密性要好于钢顶仓的气密性。
By testing the airtightness of shallow silo with two kinds of roof structures, the results show that concrete roof silo is better than steel roof silo.
本文用有限元模型分析了钢筋混凝土浅圆仓仓顶的弹性稳定性，计算了其屈曲临界荷载。
In this paper, the elastic stability of reinforced concrete silo shell roof is analyzed using finite-element model. The elastic critical buckling loads of the shell roof are calculated.
本文介绍一种大直径浅圆仓装配整体式钢筋混凝土锥形仓顶施工过程中，采用的设计与施工方法。
Design and construction method of steel support on the top of big diameter squat silo are introduced in this paper.
重点探索了谷物冷却机在大型浅圆仓中进行低温储粮的工艺，以及储粮过程中温湿度对设备的影响。
The technology of low-temperature grain storage with grain cooler for flat silo was probed, and the effect of atmosphere temperature and humidity on the equipment during grain storage was studies.
这部分内容意在解决大直径浅圆仓仓壁上的水平侧压力的计算问题，合理地解决了仓壁顶面以上的料堆引起的超压问题。
The content intends to solve the problem of lateral pressure at the walls of large diameter squat silos, especially the problem of overcharge caused by the top pile material.
对平房仓、浅圆仓和立筒仓三种仓型进行储粮观察、性能比较和结果分析，归纳出三种仓型各自的优点和缺点，以便更好的为储粮服务。
Through observation and comparison of storability and function of the horizontal bin, squat silo and silo, the advantages and disadvantages of the three bins were summed up respectively.
介绍了粮食中转库的主要仓型，分析了钢板立筒仓与钢筋混凝土立筒仓的适用范围，综合比较了立筒仓和浅圆仓的优缺点，推荐立筒仓为港口粮食中转库选择的较佳仓型。
Introduced the main storage types of grain intermediat depots, analysed the proper scope of use of steel silos and reinforced concrete silos, made a comparison between vertical silos and squat silos.
介绍了粮食中转库的主要仓型，分析了钢板立筒仓与钢筋混凝土立筒仓的适用范围，综合比较了立筒仓和浅圆仓的优缺点，推荐立筒仓为港口粮食中转库选择的较佳仓型。
Introduced the main storage types of grain intermediat depots, analysed the proper scope of use of steel silos and reinforced concrete silos, made a comparison between vertical silos and squat silos.
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