Abstract: Production from a highpressure gas well at a high production rate encounters the risk of wellbore tensile failure when the pressure gradient of the averaged gas flow becomes large. At the porescale, however, when flow in ...

Abstract: AbstractThis study aimed to develop the strength–stiffness–suction relations of compacted red mudstone fill (RMF) material through a comprehensive experimental program that included water retention, uniaxial compression, ...

Abstract: We put forward the motor active flexible suspension and investigate its dynamic effects on the high-speed train bogie. The linear and nonlinear hunting stability are analyzed using a simplified eight degrees-of-freedom ...

Abstract: he ventilation coefficients that represent the enhancement of mass transfer rate due to the falling motion of spherical hailstones in an atmosphere of 460 hPa and 248 K are computed by numerically solving the unsteady ...

Abstract: AbstractA modular steel building (MSB) can maximize assembly levels and greatly improve construction efficiency, offering numerous benefits such as high industrialization, green energy-saving, and environmental friendliness. ...

Abstract: AbstractFollowing progressive collapse and transition into the large-deformation stage, pure tensile stress emerges as the dominant force mechanism at the joint. However, due to the dynamic nature of the collapse, static ...

Abstract: Electrochemical method is a promising technology for biorefractory organic wastewater treatment. In this study, commercial available electrode materials,