... Buried via 埋孔 ; 埋通孔 ; 埋孔 buried pipeline 埋地管道 ; 如地下管道分析 ; 埋设管道 ; 地下管道 buried peat 埋藏泥炭 ...
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...源、脱硫燃料、电力题库、电力应用文、电力标准大全) 关键词]: 地下管道 非开挖 修复 [gap=899]KEY WORDS:buried pipeline; trenchless technology; remediation; ...
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文章详细信息 关键词: 地下管线;;数值模拟;;现场量测 [gap=459]Keywords: buried pipeline; numerical simulation; spot measurement
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buried pipeline leak detection 埋地管道检测
buried pipeline location 隐蔽管线点
buried pipeline engineering 地下管线工程
underground buried pipeline 埋地管道
box buried pipeline 矩形地埋管道
pre-buried pipeline 预埋管道
deep buried pipeline 深埋管线
urban buried pipeline 城市埋地管道
Therefore,it is feasible to use lead rubber bearing to resist seismic for buried pipeline.
所以将铅芯橡胶隔震支座用于埋地管线结构抗震是可行的。
参考来源 - 沉陷区埋地管线地震可靠性及减隔震技术研究In this paper, the floatation response of buried pipeline induced by soil liquefaction is studied numerically.
本文对液化场地的地下管线的上浮反应进行数值分析研究。
参考来源 - 场地土液化引起的地下管线的上浮反应研究Analyzing the failure factors of the liquefied gas buried pipeline, the main factors that make the pipeline failure are erodent, the welding quality,destroy by the third party .
通过对液化气埋地管道的失效原因分析,确定了引起管道失效的主要原因有腐蚀、焊接质量、第三方破坏。
参考来源 - 燃气管道安全性的模糊风险评价研究Finally, the verification of the grey GM (1,1) model for the buried pipeline corrosion trend is feasibility and effectiveness.
最后,验证了灰色GM(1,1)模型用于埋地管道腐蚀趋势的可行性及有效性。
参考来源 - 基于灰色GM(1The most disastrous mold is the failure of junctions between pipes and elbow. It is of great importance to find out the factors which can influence the aseismatic property of buried pipeline with junctions.
这些破坏中最为严重的是接头破坏,因此确定埋地管线接头抗震性能的影响因素具有重要意义。
参考来源 - 埋地接口管道抗震性能的数值模拟As a result, it is an urgent realistic problem that land subsidence induced by tunneling is forecasted and controlled so as to ensure the safety of close-by building and buried pipeline.
因此,如何在隧道施工过程中防止坍塌并可靠地预计和有效地控制施工所引起的地面沉陷以保护工程沿线建筑物和地下管线的安全,已成为城市地铁工程建设中必须解决的一项重要课题。
参考来源 - 浅埋暗挖隧道施工地表沉降的规律及其对既有构筑物的影响分析·2,447,543篇论文数据,部分数据来源于NoteExpress
To inspect and maintain the coating for buried pipeline and jetty stakes.
负责埋地管道、站场和阀室埋地管道、码头钢桩涂层的检测和维护工作。
In this paper, the floatation response of buried pipeline induced by soil liquefaction is studied numerically.
本文对液化场地的地下管线的上浮反应进行数值分析研究。
The research of the response of buried pipeline crossing fault is very significant in lifeline earthquake engineering.
跨断层埋地管线地震反应问题研究是生命线地震工程的重要内容之一。
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