
This paper concerns a fractional Kirchhoff equation with critical nonlinearities and a negative nonlocal term. In the case of high perturbations (large values of α, i.e., the parameter of a subcritical nonlinearity), existence results are obtained by the concentration compactness principle together with the mountain pass theorem and cut-off technique. The multiplicity of solutions are further considered with the help of the symmetric mountain pass theorem. Moreover, the nonexistence and asymptotic behavior of positive solutions are also investigated.
critical exponent, fractional Kirchhoff equation, concentration compactness principle, QA1-939, multiplicity, mountain pass theorem, Mathematics
critical exponent, fractional Kirchhoff equation, concentration compactness principle, QA1-939, multiplicity, mountain pass theorem, Mathematics
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