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Modeling the boosting pressure in cavity and its application in predicting fracture geometry in hydrajet fracturing

机译：腔内增压压力建模及其在水力喷射压裂裂缝几何预测中的应用

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作者
Wen, Chang;
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作者单位

The Petroleum Institute (United Arab Emirates);

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授予单位 The Petroleum Institute (United Arab Emirates);
学科
学位 M.S.
年度 2015
页码 147 p.
总页数 147
原文格式 PDF
正文语种 eng
中图分类
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1. The Boosting Mechanism and Effects in Cavity During Hydrajet Fracturing Process [J] . H. Qua G. Lia Z. Huanga amp, S. Tiana Petroleum Science and Technology . 2010,第13期

机译：水力喷射压裂过程中的助推机理及其在空腔中的作用
2. The Boosting Mechanism and Effects in Cavity During Hydrajet Fracturing Process [J] . H. QU, G. LI, Z. HUANG, Petroleum Science and Technology . 2010,第13a15期

机译：水力喷射压裂过程中的助推机理及空腔效应
3. PRESSURE BOOSTING EFFECT IN PERFORATION CAVITY DURING SUPERCRITICAL CARBON DIOXIDE JET FRACTURING [J] . Yuxiong Cheng, Gensheng Li, Haizhu Wang Atomization and Sprays: Journal of the International Institutes for Liquid Atomization and Spray Systems . 2013,第5期

机译：超临界二氧化碳射流压裂过程中射孔腔内的压力升力效应
4. Using Radioactive Tracer Log, Production Tests, Fracture Pressure Match, and Pressure Transient Analysis to Accurately Predict Fracture Geometry in Jauf Reservoir, Saudi Arabia [C] . Zillur Rahim, Mohammed Y. Al-Qahtani SPE2001: an Eamp;P odyssey: your portal to the future . 2001

机译：使用放射性示踪剂测井仪，生产测试，断裂压力匹配和压力瞬变分析来准确预测沙特阿拉伯Jauf油藏的断裂几何形状
5. A model study of fracture generation in layered brittle rocks with applications to predicting subsurface fracture networks. [D] . Wu, Haiqing. 1995

机译：层状脆性岩石裂缝产生的模型研究及其在预测地下裂缝网络中的应用。
6. Assessing Fracture Risk using Gradient Boosting Machine (GBM) Models [O] . Elizabeth J. Atkinson, Terry M. Therneau, L. Joseph Melton III, -1

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7. Micromechanical Modeling of Ductile Fracture Initiation to Predict Fracture Toughness of Reactor Pressure Vessel Steels [O] . R. Chaouadi, P. De Meester, M. Scibetta 2015

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8. Testing and Modeling Standing Man's Response to Impact with Applications Toward Predicting Leg Fracture to Shipboard Personnel. [R] . Gesswein, J., Corrao, P. 1971

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Modeling the boosting pressure in cavity and its application in predicting fracture geometry in hydrajet fracturing

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