“…After that, the result in Wang and Ye was extended to problem with f ( u )= e u in Huang et al and equation −△ p u = f ( x ) g ( u ) in Chen et al, where g ( u )= e u or g ( u )=− u − q . Similar works on singular problems can be founded in other studies …”
Section: Introductionsupporting
confidence: 64%
“…However, as far as we know, the Liouville‐type theorem for the problem of with γ ≠0, p >2 and a ( z ), h ( z )≢1 has not been studied in the literature. Motivated by the above and the idea of other studies, in this paper, we are devoted to establish the Liouville property for the stable weak solutions of class to Equation.…”
Section: Introductionmentioning
confidence: 99%
“…Obviously, when γ =0, Equation becomes p ‐Laplace problem with the weighted power nonlinearity. So far, there have been many works dealing with the stable solutions of with γ =0 (see previous works and the references therein). The pioneering work in this direction is due to Farina; he proved that −△ u = e u has no stable classical solutions in for 2 ≤ N ≤ 9.…”
Section: Introductionmentioning
confidence: 99%
“…Although this work is motivated by the idea of previous works, it should be mentioned that the use of this technique in our case was by no means straightforward and required many nontrivial additional ideas.…”
z = (x, ) ∈ R N = R N 1 × R N 2 and ||z|| G = (|x| 2(1+ ) + | | 2 ) 1 2(1+ ) . The results hold true for N < 0 (p, b, ) in (1) and q > q c (p, N , b, ) in (2). Here, 0 and q c are new exponents, which are always larger than the classical critical ones and depend on the parameters p, b and . N = N 1 + (1 + )N 2 is the homogeneous dimension of R N .
“…After that, the result in Wang and Ye was extended to problem with f ( u )= e u in Huang et al and equation −△ p u = f ( x ) g ( u ) in Chen et al, where g ( u )= e u or g ( u )=− u − q . Similar works on singular problems can be founded in other studies …”
Section: Introductionsupporting
confidence: 64%
“…However, as far as we know, the Liouville‐type theorem for the problem of with γ ≠0, p >2 and a ( z ), h ( z )≢1 has not been studied in the literature. Motivated by the above and the idea of other studies, in this paper, we are devoted to establish the Liouville property for the stable weak solutions of class to Equation.…”
Section: Introductionmentioning
confidence: 99%
“…Obviously, when γ =0, Equation becomes p ‐Laplace problem with the weighted power nonlinearity. So far, there have been many works dealing with the stable solutions of with γ =0 (see previous works and the references therein). The pioneering work in this direction is due to Farina; he proved that −△ u = e u has no stable classical solutions in for 2 ≤ N ≤ 9.…”
Section: Introductionmentioning
confidence: 99%
“…Although this work is motivated by the idea of previous works, it should be mentioned that the use of this technique in our case was by no means straightforward and required many nontrivial additional ideas.…”
z = (x, ) ∈ R N = R N 1 × R N 2 and ||z|| G = (|x| 2(1+ ) + | | 2 ) 1 2(1+ ) . The results hold true for N < 0 (p, b, ) in (1) and q > q c (p, N , b, ) in (2). Here, 0 and q c are new exponents, which are always larger than the classical critical ones and depend on the parameters p, b and . N = N 1 + (1 + )N 2 is the homogeneous dimension of R N .
“…On the other hand, because of the wide mathematical and physical background, the existence of positive solutions for nonlinear integer-order boundary values problems with -Laplacian operator has received wide attention (see [8,12,13,21,[24][25][26][27][28][29]). For example, Su et al [28] considered the following four-point boundary values problems withLaplacian operator:…”
The multiplicity of positive solution for a new class of four-point boundary value problem of fractional differential equations with -Laplacian operator is investigated. By the use of the Leggett-Williams fixed-point theorem, the multiplicity results of positive solution are obtained. An example is given to illustrate the main results.
In this paper, we study the existence of positive solution to boundary value problem of fractional differential equations with
‐Laplacian operator. By using Avery–Peterson theorem, some new existence results of three increasing positive solutions are obtained.
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