Wellbore stability analysis is a critical component of petroleum engineering, evaluating the
risks of sanding, reservoir compaction, and casing failures. Laboratory rock mechanical …

This work presents the assessment of present-day stresses and pore pressures in a prolific
onshore hydrocarbon bearing field located in the southern Cambay Basin, western India …

Quality inspection and evaluation is a vital role in producing quality products in a shorter
span. Computer-aided estimation of quality products in different fields of engineering is a …

Roof fall in underground coal mines is a time-dependent process involving various
behaviors such as intact and failed rock, strain-softening, and strength degradation. Current …

Shale formations are the main source of borehole stability problems during drilling
operations. Suboptimal predictions of borehole failure may partly be caused by neglecting …

Sustaining wellbore stability in depleted reservoirs is a crucial concern. With production from
hydrocarbon reservoirs, the reservoir's pore pressure is reduced over time, and the reservoir …

The settling of drilling cuttings is important for the drilling and clean-out operations. The
current article provides a Computational Fluid Dynamics (CFD) modeling study of particle …

Application of the image processing techniques (IPT) to identify rock mass geometry
provides more fast information about discontinuity properties used in geo-engineering …

Pore pressure modeling has proven and direct implications in oil and gas exploration and
development. Abnormal pore pressure leads to drilling complexity and well control issues …

Wellbore failure is the most headache and common problem in drilling engineering. Wireline
loggings like caliper log and image log are usually used to identify wellbore failure …