“…The above result has been generalized by Chai et al [2] and Qing and Yang [15] for more general class of functions. After these results, Goncalves and Silva [9] deal with more general conditions for the function g but in the case ⊂ R N they did not obtain the property (4) for the solution u.…”
mentioning
confidence: 76%
“…D.-P. Covei A solution of the problem (1) will be a function u ∈ C 1 ( ) which satisfies |∇u| p−2 ∇u∇ϕ dx = λa(x)g(u)ϕ dx, ϕ ∈ C ∞ 0 ( ), (2) u(x) > 0, for all x ∈…”
mentioning
confidence: 99%
“…Such problems have been extensively studied for both bounded or unbounded domains: Ye and Zhou [17], Goncalves and Santos [8], the author [3], Hai and Wang [11], Chai et al [2], Goncalves and Silva [9] and references therein. Our study is motivated by the recent works of [2,3,8,9], where the existence, non-existence and asymptotic behaviour of solutions for the problem (1) are solved in ⊆ R N .…”
mentioning
confidence: 99%
“…Our study is motivated by the recent works of [2,3,8,9], where the existence, non-existence and asymptotic behaviour of solutions for the problem (1) are solved in ⊆ R N .…”
mentioning
confidence: 99%
“…By construction of a suitable lower and upper solution, we intent, in this paper, to discover more ideas and techniques that in [2,3] in order to open the access for a more general class of function as in [9] in any situation ⊆ R N .…”
In this article, we combine the existing regularity theory, perturbation method and the lower and upper solutions method to study the existence and asymptotic behaviour of positive solution to a boundary value problem for the p-Laplacian operator. More exactly, we study the existence and asymptotic behaviour of the positive solution to a quasi-linear elliptic problem of the form − p u = λa(x)g (u) in D ( ), u > 0 in , lim x→∂ u(x) = 0. Under some conditions on a and g, we show that there is a non-negative number 0 such that for all λ ∈ (0, 0 ], the problem has a solution u λ in the sense of distribution, which is bounded from above by some positive numbers μ(λ). Such estimates and the asymptotic behaviour are important in computer programs when we know an algorithm for determining the solution.
“…The above result has been generalized by Chai et al [2] and Qing and Yang [15] for more general class of functions. After these results, Goncalves and Silva [9] deal with more general conditions for the function g but in the case ⊂ R N they did not obtain the property (4) for the solution u.…”
mentioning
confidence: 76%
“…D.-P. Covei A solution of the problem (1) will be a function u ∈ C 1 ( ) which satisfies |∇u| p−2 ∇u∇ϕ dx = λa(x)g(u)ϕ dx, ϕ ∈ C ∞ 0 ( ), (2) u(x) > 0, for all x ∈…”
mentioning
confidence: 99%
“…Such problems have been extensively studied for both bounded or unbounded domains: Ye and Zhou [17], Goncalves and Santos [8], the author [3], Hai and Wang [11], Chai et al [2], Goncalves and Silva [9] and references therein. Our study is motivated by the recent works of [2,3,8,9], where the existence, non-existence and asymptotic behaviour of solutions for the problem (1) are solved in ⊆ R N .…”
mentioning
confidence: 99%
“…Our study is motivated by the recent works of [2,3,8,9], where the existence, non-existence and asymptotic behaviour of solutions for the problem (1) are solved in ⊆ R N .…”
mentioning
confidence: 99%
“…By construction of a suitable lower and upper solution, we intent, in this paper, to discover more ideas and techniques that in [2,3] in order to open the access for a more general class of function as in [9] in any situation ⊆ R N .…”
In this article, we combine the existing regularity theory, perturbation method and the lower and upper solutions method to study the existence and asymptotic behaviour of positive solution to a boundary value problem for the p-Laplacian operator. More exactly, we study the existence and asymptotic behaviour of the positive solution to a quasi-linear elliptic problem of the form − p u = λa(x)g (u) in D ( ), u > 0 in , lim x→∂ u(x) = 0. Under some conditions on a and g, we show that there is a non-negative number 0 such that for all λ ∈ (0, 0 ], the problem has a solution u λ in the sense of distribution, which is bounded from above by some positive numbers μ(λ). Such estimates and the asymptotic behaviour are important in computer programs when we know an algorithm for determining the solution.
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