Permeability is one of the most important properties in subsurface flow problems, which
measures the ability of rocks to transmit fluid. Normally, permeability is determined through …

The current utility of mud gas data is typically limited to geological and petrophysical
correlation, formation evaluation, and fluid typing. A critical and comprehensive review of the …

Drilling operations consist of breaking the rock to deepen a wellbore for oil or gas extraction.
A drilling fluid, circulating from the surface through the drill pipe and from the annulus to the …

As drilling of new oil and gas wells increase to meet energy demands, it is essential to
optimize processes to ensure the health and safety of the crew as well as the protection of …

The data on vertical variations of the rock lithological content along the geological profiles of
boreholes are essential for interwell correlation, geological or hydrodynamic modeling …

This study presents a hybrid approach that combines data-driven and physics models for
worn and sharp drilling simulation of polycrystalline diamond compact (PDC) bit designs …

Porosity is a valuable parameter reflecting petroleum storage performance and plays an
important role in reservoir exploration. Various studies have confirmed the feasibility of …

The vertical distance from logging while drilling (LWD) sensors to the bit is often more than
30m (98 ft), which leads to difficulty in performing real-time comparison of LWD and drilling …

The prediction of fluid through well logging is a cornerstone in guiding exploratory efforts in
the energy sector. Comprehending the fluid composition beneath the surface empowers …

In the domain of energy exploration, the forecasting of fluid via well logging is pivotal in
directing exploration endeavors. Understanding the composition of fluid underground is key …