1) internet application of"Directly Buried Heating Pipeline's Stress Design and Analyse"
直埋供热管道受力计算与分析软件
2) directly buried heat-supply pipeline
直埋供热管道
1.
The system composition and calculation principle of the calculation software for design of directly buried heat-supply pipeline are introduced,and the calculation examples are enumerated.
介绍了直埋供热管道设计计算软件的系统构成及计算原理,列举了计算实例。
3) heating direct-burying pipeline
供热直埋管道
1.
This paper briefly introduces the stress diversification of heating direct-burying pipeline caused by operating press and temperature variation.
简要介绍供热直埋管道在工作压力和温度变化所引起的应力变化,对管道强度和稳定进行验算。
4) force analysis and calculation
受力分析与计算
1.
This paper expounds in detail the structural design of raw coal loading bunker, including the force analysis and calculation of the building above top of bunker, the top of bunker, the wall of bunker, the bottom of bunker, the supporting structure of bunker bottom, and the foundation, etc.
详细阐述了原煤装车仓的结构设计,包括其仓上建筑、仓顶、仓壁、仓底及仓下支承结构、基础等的受力分析与计算。
5) buried thermal pipeline
直埋热力管道
1.
A preliminary analysis of the leakage for buried thermal pipeline
浅析直埋热力管道泄漏的主要原因
6) directly buried hot water heat-supply pipeline
直埋热水供热管道
1.
Based on the Winkler theory,the finite element model for directly buried hot water heat-supply pipeline is founded by using ANSYS software,and the effect of soil on pipeline is simulated.
基于文克勒理论采用ANSYS软件建立了直埋热水供热管道的有限元模型,模拟了土壤对管道的作用。
补充资料：受直
1.得到报酬。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条