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1)  oil tank
储油罐
1.
Fatalness of fire or blast assessment quantificationallyin Oil tank of gas station;
加油站储油罐火灾、爆炸危险性定量分析
2.
Fire fatalness analyse and safety control measure of fire work for oil tanks in unite state;
联合站储油罐区火灾危险性分析及维修控制安全探讨
3.
Study on safety protection service life of oil tank coating by electrochemical impedance spectroscopy
用电化学阻抗谱技术研究储油罐涂层的安全防护寿命
2)  oil storage tank
储油罐
1.
This paper introduced the domestic and overseas research progress on fire and explosion mechanism of typical industrial workshop(LPG tank,oil storage tank zone),carried out a detailed review about the theoretical and experimental research in the related field,and put forward a number of issues worthy of further study.
介绍了国内外对工业典型危险作业场所(液化石油气储罐区、储油罐区等)的火灾爆炸事故机理的研究现状,对国内外相关领域的理论和实验研究情况进行了综述,同时提出了若干尚待进一步深入研究的课题。
2.
To study the relationship between damage of oil storage tank and uplift of tank body in earthquake destruction, static inclined test of oil storage tank on different foundations are designed,mathematical models with nonlinear finite element method and beam theory for analyzing seismic uplift response of the tank are suggested,and numerical results of uplift response are calculated.
为研究地震破坏中储油罐损坏与罐体翘离的关系,设计了储油罐模型在不同地基上的静态倾斜试验,分别采用梁的小变形法和非线性有限元法,建立了储液罐翘离反应的力学模型,并进行储油罐翘离静力分析。
3.
The aseismic analysis of oil storage tanks at soft soil sites is very complicated because of the nonlinear effects of the uplift behavior during earthquake.
软土地基上储油罐的抗震分析由于翘离等因素的非线性影响 ,计算非常繁复 ,虽然经过一系列简化 ,仍须经过迭代运算 ,该文根据储油罐的工程特点及震害经验提出了一种简化计算方法以方便工程应
3)  storage tank
储油罐
1.
The finite element analysis and optimized design to large-scale oil storage tank
ANSYS在大型储油罐上的应用
2.
The application of WH610D2 steel plates in the 10×104m3 storage tank construction of CNPC Huandao Fuel Oil Transfer Depot extending project shows that the constructional properties of WH610D2 are basically identical to SPV490Q, some properties are even better than SPV490Q.
将国产WH610D2铜板与日本SPV490Q钢板进行了对比,介绍了国产WH610D2锕板的性能、现场焊接工艺及热处理工艺,通过在中油黄岛燃料油中转库扩建工程10万m3储油罐中应用表明,国产WH610D2钢板在施工性能上与日本SPV490Q钢板已基本相同,甚至某些性能还较日本钢有更大的优越性,采用国产WH610D2钢板可节约总投资30%。
3.
This paper briefly describes the general methods and steps in designs and calculations of a storage tank, puts forward a method on improving the storage tank′s design speed and accuracy by means of the computer aided design (CAD).
介绍了储油罐的设计计算方法和步骤,提出了采用计算机辅助设计提高储油罐设计速度和精确度的思路,并编制了计算机软件。
4)  oil tanks
储油罐
1.
The temperature and pressure of gaseous and liquid media in oil tanks is not only impacted by own characteristics, but also by many factors, such as time.
全面认识储油罐内温度和压力的变化规律和性质,有助于对油罐进行正确管理和安全使用。
5)  oil storage tank
石油储罐
1.
This paper introduces principle of vinyl ester resin (acrylic modified epoxy resin) to resist chemicals and heat and with overseas use examples, narrates that coatings from vinyl resin can solve the present problems in oil storage tank, improve the corrosion resistance level and will be the development trend of oil storage tank.
结合国外应用实例说明乙烯基酯树脂制成的涂料,可以解决石油储罐的现有问题,提高储罐耐腐蚀水平,将会成为石油储罐防腐蚀的发展方向。
2.
With the development of the China, there are many large oil storage tanks established these years.
国内已先后兴建了一批容积为10万立方米大型石油储罐,但实测结果和理论分析均表明,无论是按日本工业标准JISB8501设计的,还是按美国API650标准设计的,现有油罐罐壁受力情况并非处于理想状态。
3.
The soil corrosion of the oil storage tanks in Kelamayi Petrochemical Plant was introduced.
文章介绍了克拉玛依石油化工厂石油储罐的土壤腐蚀情况 ,分析了其腐蚀的原因和腐蚀机理 ,并采取适当的防护措施。
6)  crude oil storage tank
原油储罐
1.
According to the basic principle of the experimental modal analysis,the strain modal of the vertical steel crude oil storage tank model with doom roof were tested.
基于试验模态分析的基本原理,对立式拱顶钢制原油储罐模型进行应变模态试验,考察了模态参数对原油储罐模型损伤程度和损伤位置的识别能力。
2.
In recent years, as the human demands of energy sources is growing up, much of ports and oil refineries set up a large amount of crude oil storage tanks, reliable operation of these facilities has direct relationship to the efficient production and the environment safety.
近年来,随着人类对能源需求的不断增长,我国的许多港口及炼油厂建立了大量的原油储罐,这些设施的可靠运行对高效生产及环境安全有直接关系。
补充资料:海底储油罐
      根据油水置换原理设计的一种储油装置,有钢结构和混凝土结构两种。1960年首先在墨西哥湾出现,容积为3180m3。1972年在北海建成了一座容积160000m3的混凝土储油罐。海底储油罐的优点是:①避开海面波浪的冲击,减少了水平力的作用;②与火源隔绝,比较安全;③不受天气影响,保证油井连续生产;④维持费用低。缺点是:①建造周期长;②要求海底比较平坦;③高凝原油不宜水下储存。
  

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