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A system of one-dimensional linear parabolic equations coupled by boundary conditions which include additional state variables, is considered. This system describes an electric circuit with distributed parameter lines and lumped capacitors all connected through a resistive multiport. By using the monotony in a space of the form , one proves the existence and uniqueness of a variational solution, if reasonable engineering hypotheses are fulfilled.
A class of quasilinear parabolic systems with quadratic nonlinearities in the gradient is considered. It is assumed that the elliptic operator of a system has variational structure. In the multidimensional case, the behavior of solutions of the Cauchy-Dirichlet problem smooth on a time interval is studied. Smooth extendibility of the solution up to is proved, provided that “normilized local energies” of the solution are uniformly bounded on . For the case where determines the maximal interval...
This work deals with a system of nonlinear parabolic equations arising
in turbulence modelling. The unknowns are the N components of the velocity
field u coupled with two scalar quantities θ and φ. The system
presents nonlinear turbulent viscosity and nonlinear
source terms of the form and
lying in L1. Some existence results are shown in this paper, including
-estimates and positivity for both θ and φ.
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