Titlebook: Microscopic Foundations of Relativistic Fluid Dynamics; Gabriel S. Denicol,Dirk H. Rischke Book 2021 Springer Nature Switzerland AG 2021 R

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Microscopic Foundations of Relativistic Fluid Dynamics

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Linear Stability and Causality,ntly, by Eckart [.], are ill-defined, containing unphysical instabilities when perturbed around an arbitrary global-equilibrium state [.,.,.]. Such instabilities are intrinsically related to the acausal nature of Navier–Stokes theory, which allows for perturbations that propagate with an infinite sp

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,Method of Moments:?Equilibrium Reference State,ximation [.,.,.], both described in the previous chapter, have flaws. In the relativistic case, the Chapman–Enskog expansion leads to equations of fluid dynamics that are acausal and intrinsically unstable [.] and, consequently, it should not be applied to derive the equations of relativistic fluid

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Method of Moments: Convergence Properties,understanding the hydrodynamic behavior of the quark-gluon plasma produced in ultrarelativistic heavy-ion collisions. As discussed in the previous chapter, this approach converts the Boltzmann equation (an integro-differential equation) into an infinite set of coupled partial differential equations

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Gabriel S. Denicol,Dirk H. Rischkeravated by the effects of air pollution. Theconcept of utilization is thus now being expanded to include vitalsocietal values. .These issues are nowhere more acute than in Central and EasternEurope, where obsolete, poorly maintained industrial plant is common.Air pollutant levels are so high that on

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