Elliptic flow from non-equilibrium initial condition with a saturation scale

Elliptic flow from pQCD+saturation+hydro model

We have previously predicted multiplicities and transverse momentum spectra for the most central LHC Pb+Pb collisions at √ s N N = 5.5 TeV using pQCD + saturation + hydro (EKRT model) [1, 2]. We now extend these calculations for non-central collisions and predict low-p T elliptic flow. Our model is in good agreement with RHIC data for central collisions, and we show that our extension of the mo...

Free connective flow of a micropolar fluid a long an elliptic cylinder in porous media using the thermal non-equilibrium model

Non-equilibrium initial conditions from pQCD for RHIC and LHC

We calculate the initial non-equilibrium conditions from perturbative QCD (pQCD) within Glauber multiple scattering theory for √ s = 200 AGeV and √ s = 5.5 ATeV. At the soon available collider energies one will particularly test the small x region of the parton distributions entering the cross sections. Therefore shadowing effects, previously more or less unimportant, will lead to new effects o...

Non-equilibrium Models for Two Phase Flow in Porous Media: the Occurrence of Saturation Overshoots

Several experiments have evidenced the occurrence of saturation overshoots for flows in homogeneous porous media. Such phenomena are ruled out by standard mathematical models, which are based on equilibrium assumptions. In this presentation we discuss nonequilibrium models, in particular including dynamic effects in the capillary pressure. This leads to extensions of the classical Buckley-Lever...

From Saturation to Non-Saturation: A Study on 802.11 Networks

There have been extensive studies on the performance and behavior of 802.11 networks. These studies primarily focus on the so-called saturation regime, where all clients/user queues always have packets to send. A prominent study is the work by Bianchi [1], as well as numerous subsequent studies. This saturation operating regime may be viewed as the limiting case when all the arrival rates in th...