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On the exponential type explosion of Navier–Stokes equations
Journal article   Peer reviewed

On the exponential type explosion of Navier–Stokes equations

Jamel Benameur
Nonlinear analysis, Vol.103, pp.87-97
07/2014

Abstract

Blow-up criterion Incompressible fluids Navier–Stokes equations Regularity of generalized solutions Sobolev spaces
The classical results on the explosion of the maximal solution of incompressible Navier–Stokes equations are of type c(T∗−t)−σ0 for some σ0>0. Inspired by the works Benameur and Selmi (2012)  [15], Chemin (2004)  [16], we use the Sobolev–Gevrey spaces to get better explosion results, precisely if ea|D|1/σu0∈Hs(R3), then |ea|D|1/σu(t)|Hs is at least of the order (T∗−t)−σ1exp(c(T∗−t)−σ2) for some σ1>0 and σ2>0. Fourier analysis and standard techniques are used.

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