A reservoir geomechanical modeling has been attempted in the hydrocarbon-bearing
Miocene formations in the offshore Badri field, Gulf of Suez, Egypt. Pore pressure …

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 …

Over the past decade, hydrocarbon production from shale oil reservoirs has become
increasingly common, and successful shale oil exploration and development depends …

The vertical and lateral distribution of pore pressure, as well as fracture pressure, is of great
interest in the petroleum industry. An appropriate model of these pressure values can lead to …

A comprehensive reservoir geomechanical analysis has been performed in the matured
giant El Morgan field, Gulf of Suez to assess the effect of hydrocarbon production on stress …

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 work attempted to understand the behavior of the Upper Cretaceous Nezzazat and
Lower Cretaceous–Carboniferous Nubia sandstone reservoirs in response to production …

Horizontal in situ stress prediction plays an important role in petroleum exploration, such as
wellbore stability analysis and hydraulic fracturing design. However, owing to the …

Despite exploration and production success in Niger Delta, several failed wells have been
encountered due to overpressures. Hence, it is very essential to understand the spatial …

Abstract The Cambrian and Ordovician clastic reservoirs of the Oued Mya Basin exhibit
significant vertical thickness and extensive lateral continuity, despite being tight. These …