English
戴家齐, 富晓光. 油罐浮顶计算程序及改进原油罐浮顶用料规格的建议[J]. 油气储运, 1984, 3(5): 57-67.
引用本文: 戴家齐, 富晓光. 油罐浮顶计算程序及改进原油罐浮顶用料规格的建议[J]. 油气储运, 1984, 3(5): 57-67.
shu
Dai Jia-qi, Fu Xiao-guang. The Calculating Programme of the Tank Floating Roof and the Specifications of the Materials Used for Crude Oil Tanks Improved[J]. Oil & Gas Storage and Transportation, 1984, 3(5): 57-67.
Citation: Dai Jia-qi, Fu Xiao-guang. The Calculating Programme of the Tank Floating Roof and the Specifications of the Materials Used for Crude Oil Tanks Improved[J]. Oil & Gas Storage and Transportation, 1984, 3(5): 57-67.
shu

油罐浮顶计算程序及改进原油罐浮顶用料规格的建议

The Calculating Programme of the Tank Floating Roof and the Specifications of the Materials Used for Crude Oil Tanks Improved

    摘要
  • 摘要: 按照中国科学院提出的油罐浮顶强度及稳定度计算方法编制了电算程序。对一万至五万立方米标准油罐浮顶进行了核算，在储存原油条件下，腐蚀性较小，浮力较大，单盘及船舱壁板有可能进一步减薄，可节省5~6%钢材，但其强度及稳定度并不降低。

     

    Abstract: The computeer programme is made out in the way to calculate the strength and stability of an oil tank floating roof as laid down by China Science Academy. An assessment has been made of from 10000 to 50000m3 standard oil tank floating roof, which has made it clear that in storing crude oil of less corrosivity and more buoyancy, the disc and shell may further be made thinner so as to save steel by 5-6% without any reduction of its strength and stability.

     

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