Permeability estimation from pressure-pulse decay method is complicated by two facts:(1)
the decay curve often deviates from the single-exponential behavior in the early time period …

Background The dynamic mechanical properties and permeability evolution of deep rocks
under coupled osmotic-mechanical conditions are vital for evaluating the stability of …

Gas adsorption/desorption can result in swelling/shrinking of the matrix in fractured shale.
The significant contrast in permeability between fractures and matrix results in an extended …

Viscoelastic surfactant fracturing fluids, also known as clean fracturing fluids, have attracted
extensive attention in the field of hydraulic fracturing because of their advantages, such as …

Permeability is one of the most important parameters for the evaluation and stimulation of
unconventional gas reservoirs. Although several methods are used to measure the …

Rock permeability is a critical parameter for assessing rock's ability to facilitate fluid flow. The
pressure pulse decay method, characterized by its short testing duration and high accuracy …

Accurate and rapid tight reservoir permeability measurements are important for
unconventional gas production. However, traditional transient pressure pulse attenuation …

Loess, featured by its low permeability and cost-effectiveness, has become an increasingly
popular material for landfill cover systems. However, the occurrence of cracks in loess …

Petroleum reservoirs are often influenced by various flow behaviours including the mixture
of gas, water and oil. The gas relative permeability is used to estimate how much of the gas …

This study investigates the selection of volcanic rocks from the El Metate and Urutzen
volcanoes for the traditional crafting of metates, focusing on the physical and mechanical …