In the present paper, a dynamic modeling is presented for deposition of the mud solid
particles over and through the porous sandstones during permeability plugging …

During oil and gas well drilling, the filtration control of bentonite water-based drilling fluids
(BT-WBDFs), as an environmentally friendly fluid, is crucial to avoid formation damage and …

In real time drilling, the complexity of drilling fluid filtration is majorly attributed to changing
mud rheology, formation permeability, mud particle size distribution (PSD), filter cake …

The study here presents laboratory testing results of Class F fly ash geopolymer for oil well
cementing applications. The challenge reported in literature for the short thickening time of …

Drilling fluids Invasion and mud filtration is a complex process that is influenced by several
variables, and has NPT (Non-Productive Time) implications. Most of these variables are …

Wellbore stability has plagued oil industry for decades. Inclusion of the mud in drilling and
the effect of mud cake build up incorporate very complex chemical, thermal, mechanical, and …

Filtrate and solid invasion from drilling fluids are two key sources of formation damage, and
can result in formation permeability impairment. Typically, spurt invasion of mud solids …

Application of the fiber contained fluids has been extensively increased in many industries.
In the petroleum industry, fibrous fluids are utilized for different applications. For instance …

This paper presents a pore-scale model proposed for numerical simulation of fines migration
in porous media. The model simulates the behavior of spherical particles with different radii …

In this paper, we present a computational fluid dynamics (CFD) model to perform single-and
two-phase fluid flow simulation on two-and three-dimensional perforated porous media with …