In present paper, a numerical analysis for a rectangular cavity filled with a anisotropic porous media has been studied. It is assumed that the horizontal walls are adiabatic and impermeable, while the side walls of the cavity are maintained at constant temperatures and concentrations. The buoyancy force that induced the fluid motion are assumed to be cooperative. In the two extreme cases o...

Since the 1980s, there has been an interest in clinical benefits and challenges with use of digital music technology therapy, yet is still little information about experiential potentialities technologies from relational, psychodynamic, ecological frameworks. The ambient mode being presents a heuristic approach to listening when using technology. Performative collaborative autoethnography was u...

In this paper instability of planar anisotropic sheet metal during a few forming processes is investigated for the first time. For this reason components of the constitutive tangent tensor for planar anisotropic sheets are developed. By using the above tensor location of necking is predicted. Direction of the shear band is also predicted using the acoustic tensor. A finite element program is pr...

We present investigations concerning the effect of molecular motions on the experimental timescale upon the recoupling of anisotropic interactions under magic-angle spinning conditions. An approach for the efficient simulation of spin dynamics occurring during complex pulse sequences, based on a linearization of the general solution of the stochastic Liouville-von Neumann equation, was develope...

A possibility of the electronic origin of the high-temperature superconductivity in cuprates is probed with the quantum Monte Carlo method by revisiting the three-band Hubbard model comprising Cu3dx2−y2 and O2pσ orbitals. The dx2−y2 pairing correlation is found to turn into an increasing function of the repulsion Ud within the d orbitals or the d-p level off-set ∆ε, where the correlation grows ...

Using collision driven molecular dynamics a system of spherical particles interacting through an effective two length scales potential is studied. The potential can be tuned by means of a single parameter, λ, from a ramp (λ = 0.5) to a square-shoulder potential (λ = 1.0) representing a family of two length scales potential in which the shortest interaction distance has higher potential energy t...