有杆抽油,sucker rod pumping
1)sucker rod pumping有杆抽油
1.Optimization ofsucker rod pumping system" efficiency for lower permeability reservoir directional well;低渗透油藏定向井有杆抽油系统效率优化
英文短句/例句
1.QUANTITATIVE ANALYSIS OF DYNAMOMETER CARDS FOR SUCKER ROD PUMPING WELLS有杆抽油井泵示功图的定量分析方法
2.Prediction of Sucker Rod String Dynamic Characteristics and Computer Simulation Research for Rod Pumping System;有杆抽油系统杆柱动特性的预测与计算机仿真
3.Study of Wear Prediction of Sucker Rod and Tubing for Pumping System有杆抽油系统杆管偏磨磨损量预测研究
4.Centralizer Network-Setting of Sucker Rod-Pumping System and Virtual Model Building of Bearm Pumping Unit;有杆抽油系统扶正器网络化设置及抽油机虚拟建模
5.The Research of the Down-hole Work Condition Diagnosis Technique on the Rod Pumping System;有杆抽油系统井下工况诊断技术的研究
6.Software Development of Efficiecy Monitoring Evaluation and Optiization of Rod Pumping System;有杆抽油系统效率监测评价与优化软件开发
7.Operating Efficiency Analysis of Rod Pumping Equipment and Approaches to Improve Efficiency有杆抽油设备运行效率分析及提高效率的途径
8.Analysis for Dynamic Characteristics of the Sucker-rod Pumping System Based on LuGre Friction Model基于LuGre摩擦模型的有杆抽油系统动态特性分析
9.FEM ANALYSIS OF SUCKER-ROD PUMPING SYSTEM FOR DIRECTIONAL WELL定向井有杆泵抽油系统的有限元分析
10.The Study of Optimization Design Method for the Heavy Oil Reservoir"s Rod Pumping System稠油油藏有杆泵抽油系统优化设计方法研究
11.The Research and FEM Simulation in the Upset Forging Process of Double Frustums Sucker Rod;双圆台抽油杆模锻工艺及其有限元模拟
12.The Research on Precision Forging Process of Sucker Rod and FEM Simulation of Its Deformation;抽油杆精密模锻工艺及其有限元模拟研究
13.Study on the Reliability Digital Simulation Technology of Rod Pumping System;有杆泵抽油系统可靠性数字仿真技术研究
14.The Research and FEM Simulation in the Upset Forging Process of Cylindrical Rib Sucker Rod;圆柱筋条式抽油杆模锻工艺及有限元模拟
15.Study on Dynamic Simulation of Mix Sucker Rod String with Absorber具有减振器的混合抽油杆柱动态仿真研究
16.back-side-crank pumping unit单拐多连杆抽油设备
17.air lift rod transfer elevator气动抽油杆运移吊卡
18.mule-head hanger驴头上挂抽油杆的装置
相关短句/例句
rod pumping有杆泵抽油
3)sucker rod pump有杆抽油泵
1.The performance ofsucker rod pump has close relation to economic benefit of oil field.本文结合工程实际，对影响有杆抽油泵性能的因素进行了比较深入的研究。
4)sucker-rod pumping有杆抽油井
5)sucker rod pumping system有杆抽油系统
1.A new calculating method of dynamic parameter predicting model ofsucker rod pumping system of directional well;定向井有杆抽油系统动态参数预测模型求解新方法
2.Implicit difference method to resolve mathematical model to predict the behavior ofsucker rod pumping system in directional well;斜井有杆抽油系统动态参数预测模型隐式差分解
3.Based on the analysis of dynamics behavior ofsucker rod pumping system,the model for fault diagnosis ofsucker rod pumping system in directional and straight wells in consideration of flexibility of hanging system is established.以有杆抽油系统动力学行为分析为基础,将基础理论研究和应用技术有机地结合起来,建立了考虑悬挂系统弹性的直井和定向井有杆抽油系统诊断模型,研究了基于B/S(Brower/Server)模式的有杆抽油系统故障诊断方法,利用Internet技术和Web技术开发了相应的软件系统,通过浏览器即可实现对有杆抽油系统快速、准确的故障诊断,并给出了诊断算例,诊断结果验证了该系统的有效性。
6)sucker-rod pumping system有杆泵抽油系统
1.In order to reduce the energy consumption and improve the efficiency of pumping system,a theoretical model for calculating the input power ofsucker-rod pumping system was established.为了有效地降低有杆泵抽油系统能耗及提高抽油机井系统效率,建立了一套有杆泵抽油系统输入功率理论计算体系。
2.The input power of asucker-rod pumping system was divided into hydraulic horsepower,surface mechanical loss power,down-hole viscous friction loss power,down-hole sliding friction loss power and solution gas expanding power.提出了将有杆泵抽油系统输入功率划分为有效功率、地面损失功率、井下粘滞损失功率、井下滑动损失功率、溶解气膨胀功率 5部分的新观点 ,找出了各部分功率的影响因素 ,并确定了其函数关系。
延伸阅读
抽抽趔趔1.犹言别别扭扭。
