Abstract: The overall development of pore-water pressure in a deep, homogenous, and isotropic porous formation caused by wave-induced cyclic loading has been analyzed. A simplified equation for the estimation of the maximum possible ...

Abstract: In this study similarities and differences between NASA's Water Vapor Project (NVAP) and NCEP?NCAR's reanalysis-2 total precipitable water (TPW) datasets are investigated, along with an assessment of its space?time ...

Abstract: A series of stress-controlled and undrained cyclic triaxial tests were conducted on mine tailings to investigate their dynamic properties and the influence of clay mineral types on their cyclic strength. The tests were ...

Abstract: Applications of artificial neural networks in simulation and forecasting of hydrologic systems have a long record and generally promising results. Most of the earlier applications were based on the back-propagation (BP) ...

Abstract: The characteristics of deep-layer terrestrial memory are explored using observed soil moisture data and simulated soil temperature from the Illinois Climate Network stations. Both soil moisture and soil temperature are ...

Abstract: The significance of uncertainty analysis (UA) to quantify reliability of model simulations is being recognized. Consequently, literature on parameter and predictive uncertainty assessment of water resources models has been ...