Abstract: In the case of large-diameter monopiles, pile deflection against lateral loads must be predicted accurately to determine the direct influence on the superstructure. One-dimensional (1D) linear models of the pile-soil system, ...

Abstract: A model for the water retention behavior of unsaturated granular soil is developed by extending the classic bundled cylindrical capillary representation of pore space to a geometry more closely approximating that of granular ...

Abstract: An approach is presented for predicting saturated hydraulic conductivity (

Abstract: Laboratory fall cone penetration is measured as a function of saturation for four sands using equipment more commonly used to quantify plasticity and undrained strength of fine-grained soils. Relations between penetration ...

Abstract: Several examples illustrating the energy balance associated with a mixing process at the interface of a planar dynamical model describing twophase perfect fluid circulating around a circle with a sufficiently large radius ...

Abstract: Second order autoregressive [AR(2)] model has been adopted in the likelihood function to calibrate the soil and water assessment tool (SWAT) model for the Canard River watershed, southwestern Ontario, Canada. The Bayesian ...

Abstract: This paper deals with an interval and fuzzy generalized eigenvalue problem involving uncertain parameters. Based on a sufficient regularity condition for intervals, an interval filtering eigenvalue procedure for generalized ...

Abstract: We derive the generalized Helmholtz equation (GHE) governing nonisentropic acoustic fluctuations in a quasi 1D duct with nonuniform cross section, mean temperature gradient, and nonuniform mean flow. Nonisentropic effects ...

Abstract: Amidst the prevailing subjective pricing paradigms for high-rise apartments in India, this paper advocates for a paradigm shift toward thermal comfort–based differential pricing, recognizing its pivotal role in influencing ...