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.
砖混结构圆形筒仓结构设计的关键之一在于如何用砖混仓壁抵抗环拉力。
The critical design of brick concrete structure is how to use brick concrete silo wall to resist the circular force.
本文在计算地基运动时筒仓的动力响应时，考虑了仓内散粒体与仓壁的相互作用对其的影响。
This paper calculates the silos dynamic response when foundation moves, taking into account the effect of interaction between the bulk solid and the silo wall.
在模拟筒仓条件下，对接种霉菌的高水分玉米自然发热和在仓内玉米中的热转移进行试验。
The heating test of the wet corn which was inoculated mould in corn bulk of simulated silo was conducted.
本文研究了圆形筒仓的圆柱壳仓壁的塑性极限载荷。
The plastic limit loads of circular silos has been studied in this paper.
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.
多联体立筒仓因其工艺流程机械化程度高，利于粮食快速散装散卸而作为粮食中转的首选仓型。
The multiple-combined grain silo is the most available concrete bins used in grain transferring for its higher mechanical degree and quicker loading and unloading facility.
研究表明，支柱伸入高度是影响仓壁柱承筒仓屈曲强度的主要因素，屈曲模态也与之密切相关。
It is found that the buckling strength of column-supported silos is mainly dependent on the height of the engaged column, which also affects the buckling deformation mode.
作为一种非均匀支承条件下的组合旋转薄壳结构，仓壁柱承钢筒仓的受力行为与破坏准则相当复杂。
As a type of combined thin-walled shells of revolution on local supports, the structure behavior and failure criteria of silos supported on engaged columns are very complex.
水泥筒仓是水泥储存筒仓的简称。它主要包括基础、支承结构、仓底、仓壁和仓顶。
Cement silo is the abbreviation of cement storage silo, which mainly includes foundation, supporting structure, bottom of silo, silo wall and top of silo.
计算地基运动时筒仓的动力响应，考虑了仓内散粒体与仓壁的相互作用。
The paper calculates the silos dynamic response when foundation moves and takes consideration of the interaction between bulk solid and the silo wall.
仓筒壁直接支承于支柱是小型钢筒仓的一种简单、经济的支承方式。
Supporting silo walls directly on engaged columns provides a simple and cost-effective support arrangement for light steel silos.
广泛应用于各类散料储存的钢筒仓结构通常由锥形漏斗和置于其上的圆柱形仓筒组成。
Steel silos for the storage of bulk solids generally consist of a cylindrical vessel above a conical discharge hopper.
对原煤筒仓仓壁混凝土分组、分区域、分层浇注，解决了混凝土浇注区段过长引起的温度应力问题。
Temperature stress induced by long pouring section is prevented by pouting concrete in different groups, areas and layers.
通过线性分析初步了解了轴压下仓壁柱承钢筒仓的应力应变分布特性。
At first, linear stress analyses were performed to investigate the stress-strain distribution of axially compressed column-supported steel silos with engaged columns.
熟料筒仓同水泥筒仓一样，也包括基础、支承结构、仓底、仓壁和仓顶。
As a same with the cement silo, the clinker silo also includes foundation, supporting structure, bottom of silo, silo wall and top of silo.
由于筒仓体型特殊，常常会将仓下基础形状设计成圆形或环形。
Because of its special shape, foundation under the silo is often designed round or circular.
根据立筒仓储粮粮情变化规律，结合实际工作经验，在筒仓围护结构改造基础上，利用冬季低温天气，进行通风降温，并在气温回升之前对降温仓进行隔热密闭。
Silo was rebuilt, ventilation was carried out in winter to lower grain temperature, and the silo was sealed and insulated heat before atmospheric temperature had gone up again.
本文在作者从事饲料厂钢板筒仓工艺设计工作多年的基础上，从钢板筒仓建设意义谈起，横向对比了与平房仓、钢筋混凝土筒仓的异同，分析了钢板筒仓特点。
The author has many years' experience on silo technologic design, talks about significance of constructing silo, compares flat warehouse to concrete silo, analyses the characteristic of silo.
简介了大红山选矿厂中间矿仓施工图设计方案；阐述了圆筒仓支承与仓底板、基础形式的关系；
The Working drawing scheme of surge silo of Dahongshan concentrator was introduced in brief, the relationship between the silo support, the silo base and the foundation type was described.
在计算筒仓模型对地基简谐运动的动力响应时，研究了散体对仓体的作用及散体对仓体的减振作用。
Make research on the reaction of bulk solid to silo wall and to attenuation of silo structure while the dynamic response of silo models to foundation's simple harmonic motion is calculated.
钢筒仓结构广泛应用于矿业、冶金、化工、电力、农业等诸多领域中的散料储存。圆形钢筒仓通常由仓筒、锥形漏斗及支承裙筒组成。
Steel silos are widely used for the storage of bulk materials in many industries including mining, metallurgy, chemical, electric power generation and agriculture.
对原煤筒仓仓壁混凝土分组、分区域、分层浇注，解决了混凝土浇注区段过长引起的温度应力问题。
Temperature stress induced by long pouring section is prevented by pouring concrete in different groups, areas and layers.
再采用数值分析方法，包括线性特征值屈曲分析、几何非线性分析及几何、材料双重非线性分析，研究了不同加劲肋对钢筒仓仓壁稳定性能的影响。
The paper analyses the stability of rib slab on method of energy, the formula of longitudinal critical force is deduced, and rational arrangement of stiffening rib is discussed.
再采用数值分析方法，包括线性特征值屈曲分析、几何非线性分析及几何、材料双重非线性分析，研究了不同加劲肋对钢筒仓仓壁稳定性能的影响。
The paper analyses the stability of rib slab on method of energy, the formula of longitudinal critical force is deduced, and rational arrangement of stiffening rib is discussed.
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