地上动力管线系统地震反应分析研究
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摘要
本文针对目前国内尚无完整的地上动力管线抗震设计规范和抗震鉴定标准的现状，结合国情，就动力管道在不同荷载条件下的容许应力取值，管道的强度和变形验算准则等诸多问题进行了深入分析研究，并成功地应用于宝钢大型地上动力管线地震反应分析项目。
To counter the present situation of no integrated seismic designcodes and seismic inspection specifications for supporting utility pipeline in our country, the allowable stresses under different loading conditions and strength checkingcomputation criteria of pipeline are presented in this paper. The suggested method issuccessfully applied to the project of seismic response analysis for large-scale supporting utility pipeline system, Baoshan Iron & Steel Complex.
To counter the present situation of no integrated seismic designcodes and seismic inspection specifications for supporting utility pipeline in our country, the allowable stresses under different loading conditions and strength checkingcomputation criteria of pipeline are presented in this paper. The suggested method issuccessfully applied to the project of seismic response analysis for large-scale supporting utility pipeline system, Baoshan Iron & Steel Complex.
引文
[1]核电站抗震设计规范,(送审稿),1992,5
[2]ANSI B31.1,The ASME Standard Code for Pressure Piping,“Power Piping”
[3]建筑设备抗震设计指南·同解说,社团法人空气调和、卫生工学会,1985.10
[4]火力发电厂汽水管道应力计算技术规定,SDGJ6-78
[5]L.H.Donned, A New Theory for the Buckling of Thin Cylnders under Axial Compression and Bending
[6]钢铁企业燃气设计参考资料──煤气部分,1978
[7]高压气体设备等抗震设计指南,KHKE012刁983,日本高压气体安全协会
[8]地上管线系统抗震鉴定工作报告,第一分册,冶金部建筑研究总院,1993.8
[2]ANSI B31.1,The ASME Standard Code for Pressure Piping,“Power Piping”
[3]建筑设备抗震设计指南·同解说,社团法人空气调和、卫生工学会,1985.10
[4]火力发电厂汽水管道应力计算技术规定,SDGJ6-78
[5]L.H.Donned, A New Theory for the Buckling of Thin Cylnders under Axial Compression and Bending
[6]钢铁企业燃气设计参考资料──煤气部分,1978
[7]高压气体设备等抗震设计指南,KHKE012刁983,日本高压气体安全协会
[8]地上管线系统抗震鉴定工作报告,第一分册,冶金部建筑研究总院,1993.8
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