... thermal recovery time 温度恢复时间 thermal recovery well 热采井 thermal recovery 热力采油 ...
基于38个网页-相关网页
heavy oil thermal recovery well 稠油热采井
thermal recovery slanted well 稠油热采斜直井
thermal recovery heavy oil well 热采稠油井
It is concluded that thermal stress is the most important reason causing thermal recovery well casing’s damage, and so how to reduce the thermal stress should be the emphasis of thermal recovery well casing damage’s research.
通过系统的研究、计算,明确了造成热采井套管损坏的最重要原因是热应力这一重要结论,指出热采井套管损坏问题研究的重点应该是如何减小热应力。
参考来源 - 注蒸汽热采井套管强度理论与试验研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Most of the models calculating casing thermal stress in thermal recovery well belong in a monoaxial stress analysis because of neglecting the effect of formation.
许多热采井套管热应力计算模型忽略了地层影响，属于单轴热应力分析。
A model is established to calculate the steam quality distribution along the well bore during steam injection of thermal recovery Wells, based on related thermodynamics and hydromechanics principles.
利用热力学、流体力学原理，建立了热采井注汽过程井筒沿程蒸汽干度分布计算模型。
This paper studies effect of water-rock reaction on heavy oil reservoir during steam soaking in single well by modeling changement of quartz particle in autoclave under thermal recovery condition.
利用高压釜模拟热采条件下石英颗粒的变化情况，研究单井吞吐过程中水岩反应对稠油储层的影响。
应用推荐