The in-situ stress fields are of great importance in the interpretation of tectonic features and
the analysis of hydrocarbon systems. In this work, we determine the in-situ stress field, pore …

Typical oil and gas reservoirs producing in the Gulf of Suez are now extensively depleted in
terms of recovery of conventional resources and display declining production levels and …

This paper, demonstrated a scientific approach to prepare a geomechanical model for
Bangestan reservoir in an oil well in the south-west of Iran. Bangestan is one of the most …

Determination of total organic carbon (TOC) is essential in unconventional shale resource
play evaluation. Indirect method, such as petrophysical approach, can provide a fast …

Accurate pore-pressure prediction is of essential importance to hydrocarbon exploration and
development. A multivariate prediction model of multiple petrophysical data is required to …

In-situ stress impact on hydraulic fracturing is investigated to enhance hydraulic fracturing
performance. Lithology-controlled lower and upper bounds of the horizontal stresses are …

Fractures are coalbed methane (CBM) migration pathways and key factors in determining
coal reservoir permeability. During the depletion of CBM wells, the increase of effective …

准噶尔盆地南缘安集海河组泥岩层段为异常高压地层, 但地层异常高压的成因机制尚不清晰.
此外, 该泥岩层段具有强流体敏感性, 易造成测井信息产生偏差, 不利于地层压力预测. 为此 …

Based on the generalized Hooke's law with coupling stresses and pore pressure, the
minimum horizontal stress is solved with assumption that the vertical, minimum and …

摘要准噶尔盆地南缘下组合储层是近年来油气勘探的热点, 目前南缘下组合储层多处于高温高压
条件, 但是温压发育特征及成因机理尚不明确. 本文基于大量油田钻井实测温度和压力数据 …