Abstract:In this paper, we consider radial distributional solutions of the quasilinear equationWe obtain sharp conditions on the nonlinearity f for extending such solutions to the whole domain B R by preserving the regularity. For a certain class of noninearity f we obtain the existence of singular solutions and deduce upper and lower estimates on the growth rate near the singularity.
“…See (5.3) and (5.8) in Theorem 5.1. Analogous upper bounds for singular solutions are also found in [18]. See, for instance, Corollary 7.7 there.…”
Section: 10)supporting
confidence: 60%
“…Finally, we shall demonstrate how our oscillation estimates work for getting the oscillation of the bifurcation diagram of (1.3). To this end, we consider the condition, inspired by Lemma 5.2 in [18] and Proposition 2.1 in [22],…”
Section: Oscillations Of Bifurcation Diagramsmentioning
We establish a series of concentration and oscillation estimates for elliptic equations with exponential nonlinearity e u p in a disc. Especially, we show various new results on the supercritical case p > 2 which are left open in the previous works. We begin with the concentration analysis of blow-up solutions by extending the scaling and pointwise techniques developed in the previous studies. A striking result is that we detect an infinite sequence of bubbles in the supercritical case p > 2. The precise characterization of the limit profile, energy, and location of each bubble is given. Moreover, we arrive at a natural interpretation, the infinite sequence of bubbles causes the infinite oscillation of the solutions. Based on this idea and our concentration estimates, we next carry out the oscillation analysis. The results allow us to estimate intersection points and numbers between blow-up solutions and singular functions. Applying this, we finally demonstrate the infinite oscillations of the bifurcation diagrams of supercritical equations. In addition, we also discuss what happens on the sequences of bubbles in the limit cases p → 2 + and p → ∞ respectively. As above, the present work discovers a direct path connecting the concentration and oscillation analyses. It leads to a consistent and straightforward understanding of concentration, oscillation, and bifurcation phenomena on blow-up solutions of supercritical problems.
“…See (5.3) and (5.8) in Theorem 5.1. Analogous upper bounds for singular solutions are also found in [18]. See, for instance, Corollary 7.7 there.…”
Section: 10)supporting
confidence: 60%
“…Finally, we shall demonstrate how our oscillation estimates work for getting the oscillation of the bifurcation diagram of (1.3). To this end, we consider the condition, inspired by Lemma 5.2 in [18] and Proposition 2.1 in [22],…”
Section: Oscillations Of Bifurcation Diagramsmentioning
We establish a series of concentration and oscillation estimates for elliptic equations with exponential nonlinearity e u p in a disc. Especially, we show various new results on the supercritical case p > 2 which are left open in the previous works. We begin with the concentration analysis of blow-up solutions by extending the scaling and pointwise techniques developed in the previous studies. A striking result is that we detect an infinite sequence of bubbles in the supercritical case p > 2. The precise characterization of the limit profile, energy, and location of each bubble is given. Moreover, we arrive at a natural interpretation, the infinite sequence of bubbles causes the infinite oscillation of the solutions. Based on this idea and our concentration estimates, we next carry out the oscillation analysis. The results allow us to estimate intersection points and numbers between blow-up solutions and singular functions. Applying this, we finally demonstrate the infinite oscillations of the bifurcation diagrams of supercritical equations. In addition, we also discuss what happens on the sequences of bubbles in the limit cases p → 2 + and p → ∞ respectively. As above, the present work discovers a direct path connecting the concentration and oscillation analyses. It leads to a consistent and straightforward understanding of concentration, oscillation, and bifurcation phenomena on blow-up solutions of supercritical problems.
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