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Variational principle of relativistic perfect fluid

Published 30 May 2016 in gr-qc, math-ph, math.MP, and physics.flu-dyn | (1605.09087v1)

Abstract: We reformulate the relativistic perfect fluid system on curved space-time. Using standard variables, the velocity field $u$,energy density $\rho$ and pressure $p$, the covariant Euler-Lagrange equation is obtained from variational principle. This leads to the Euler equation and the equation of continuity in reparametrization invariant form.

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