On the Growth of Solutions of Quasi Liner Parabolic Equations
On the Growth of Solutions of Quasi Liner Parabolic Equations
Stanley Kaplan
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Thus, v satisfies 1^ - L[v] > -5v + Ne"^^ + p V + C |Vv | o t — o > -5v + a(x, t) + YANe"^* + P^v + C jVv 1 > (Y+p^-5)v + a(x, t) + clVv| > P(x, t, v, Vv), We again complete our proof by applying Theorem 1. The only thing even slightly remarkable about Theorems 6 and 7 is the local nature of the assumptions on P j it should be emphasized, however, that our results merely assert that if a solution exists with smell boundary values, its (?rowth is determined. Nothing is said about whether such a ...solution exists, or how the gradient of a solution must behave, 6. Finite Escape Times We return here to a question raised in Section i;: When do solutions u(x, t) of (1), which satisfy given boundary conditions become infinite as t --> T^, where T^ is some finite number? k^ To answer this, we must be able to bound ^'^^ u(x, t) fr( below; this we do in the following theorem. THEOREM 8, We suppose that O is b ounde d, and t hat 2 1 u(x, t)CI C » in Qm, and satisf ies there ^ - Lfu] > G(u, t) (15) n where L = ) ^r^ (a.
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