1998
DOI: 10.1006/jmaa.1998.6126
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Global Existence and Global Nonexistence of Solutions of the Cauchy Problem for a Nonlinearly Damped Wave Equation

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Cited by 138 publications
(92 citation statements)
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“…Precisely, they showed that solutions with negative energy exist globally 'in time' if m ≥ p and blow up in finite time if p > m and initial energy is 'sufficiently' negative. This result was later generalized to an abstract setting and to unbounded domains by Levine et al [47], Levine and Serrin [48], Levine and Park [49], and Messaoudi [55,57]. In all these papers, the authors showed that no solution with negative or sufficiently negative energy can be extended on [0, ∞), if the nonlinearity dominates the damping effect ( p > m).…”
Section: Blowup In the Case Of Constant Exponentsmentioning
confidence: 91%
“…Precisely, they showed that solutions with negative energy exist globally 'in time' if m ≥ p and blow up in finite time if p > m and initial energy is 'sufficiently' negative. This result was later generalized to an abstract setting and to unbounded domains by Levine et al [47], Levine and Serrin [48], Levine and Park [49], and Messaoudi [55,57]. In all these papers, the authors showed that no solution with negative or sufficiently negative energy can be extended on [0, ∞), if the nonlinearity dominates the damping effect ( p > m).…”
Section: Blowup In the Case Of Constant Exponentsmentioning
confidence: 91%
“…More recently and independently, in [11], [23], [24] the following result was established for the Cauchy problem (1.10)-(1.11): Remark 1. As a matter of fact, in [23], [24] when µ = 0, the following result was proved: If µ 2 = q 2 (x) is a locally bounded, measurable function on R n which satisfies…”
Section: Solutions With Positive Initial Energy 795mentioning
confidence: 92%
“…Similarly, authors in [17,24,28,29,11,12,21,22,5,15,25] discussed the case when the solution blows up in finite time. The closest equation to the one we investigate here has been studied by Zhijian [26], who considered:…”
Section: Introductionmentioning
confidence: 99%