Achieving complete reaction while the solid volume increases: A numerical model applied to serpentinisation

We show now that the two-fluid model degenerates into the classical water- wave equations in the limit of an interface separating two pure fluids.. Consider the case where α is either

Index Terms—Agricultural practices, microwave, numerical modeling, radar remote sensing, soil structure, surface roughness, tilled soil, volume scattering..

The long time behavior of the solution is essentially controlled by a time convergent integral, which is a consequence of the dispersive effect of the free flow and ensures

In order to reduce computation time and according to vibration results, we chose to optimize harmonics 4, 12, and 48 in the spectrum of magnetic pressure applied

[ 40 ] Initially, rooting at the Moho of the lower plate (dx = 220 km), the thrust fault then migrates across the subduction channel (dx = 260 km) and settles (dx = 320 km) at

As an attempt to understand why, although the gel can penetrate in the porosity of concrete after Alkali-Silica Reaction (ASR), there still exists an important pressure

The basic idea of the coupling method is to introduce a father model, which corresponds to the two-fluid two-pressure approach, and to define convective fluxes through the

In sections 3–5 we present examples of laboratory studies of granular and fractured materials illustrating the effects of interfaces on the geophysical properties which have been