pore fluid

The result of calculation indicated that the pore fluid property would bring great effect on the borehole stresses distribution.

Quantitative studies of pore fluid influence on the mechanical properties of rocks are carried out on mesoscopic scale.

increasing the aggressivity of the pore fluid in terms of corrosion risk.

In accordance with the theory of fluid mechanics, the borehole stress distribution was deducted as pore fluid was Bingham fluid.

NMR logging response only associates with the hydrogen content and the status of rock pore fluid (oil, gas and water).

the well logging data can respond more effectively to the characteristics of pore fluid.

Pore fluid is an important tool to study hydrocarbon accumulation.

Forecasting Model on Darcy Velocity of Formation Pore Fluid of Impending Drilling Well and Its Field Application

Techniques for Calculating and Controlling Formation Pore Pressure and Pore Fluid Velocity under Tight Well Pattern Condition

The effects of pore fluid distribution to the experimental velocity of partially saturated reservoir sandstones

Sensitivity evaluation of seismic attribute parameters for sandstone reservoir to pore fluid

Influence of lithology, porosity and variation of pore fluid saturation on rock elastic property

The fractured mudstone reservoirs have abnormally high pore fluid pressure;

Effect of temperature, confining pressure, stain rate, pore fluid pressure to rock rheology

Computing the Express Pore Fluid Stress of Flexible Pavement by Stiffness Matrix Method

pore fluid property; Bingham fluid; rules of pressure distribution;

A discussion on uniform mechanism of geological hazards involving pore fluid

Advances in crossplot techniques of pore fluid parameters

Quantitative Study on Abnormal Pore Fluid Pressure in Undercompacted Mudstone

Effect of alkalinity cement's hardened pastes' pore fluid on soil's alkalinity