This paper introduces the development and implementation of a multiphysical model to simulate the coupled hydro-thermo-mechanical processes in freezing unsaturated porous materials. The model couples the Fourier’s law for heat transfer, the generalized Richards’ equation for fluid transfer in unsaturated media, and the mechanical constitutive relationship. Coupling parameters were defined to tr...

Metamagnetic transitions in the novel spin-triplet superconductor UTe$_2$ were investigated through newly developed simultaneous measurements of magnetization and sample temperature for field along orthorhombic $b$-axis close to [011] direction, where reentrant superconductivity (RSC) is detected below above first-order metamagnetic transition $H_{\rm m}$. Combining Maxwell's relation Clausius-...

[1] Thermodynamic properties of MgSiO3 tetragonal majorite have been calculated at high pressures and temperatures within the quasi‐harmonic approximation based on density functional theory using the local density approximation (LDA) and the generalized gradient approximation (GGA). The LDA results compare exceptionally well with measured thermodynamic properties. A classical Monte Carlo simula...

Past studies based on univariate scaling analyses at the weather time scale documented a negative of extreme precipitation intensity (EPI), which prevents EPI extrapolation from past climate. Here we present bivariate analysis and show that, contrary to results, monotonically increases with temperature shows no when controlled for saturation deficit. The observed EPI-temperature relationship in...

Abstract The human influence on precipitation during tropical cyclones due to the global warming is now well documented in literature. Several studies have found increases Hurricane Harvey’s total over Greater Houston area ranging from Clausius-Clapeyron limit of 7% as much 38% locally. Here we use a hydraulic model translate these attribution statements about resultant flooding and associated ...