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arXiv 2604.03378math.DG
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均 curvature 在非线性 p-Laplace 问题中的作用

The role of the mean curvature in nonlinear p-Laplacian problems with critical exponent

Sfax University, Tunisia(萨法克斯大学)

Hichem Chtioui, Hichem Hajaiej, Lovelesh Sharma

AI总结:

研究 p-Laplace 问题中均 curvature 对临界指数的影响,揭示半线性与拟线性情况下的存在性差异及不同 p 值下的挑战。

摘要:

我们研究了涉及 p-Laplace 操作符在有界域上带有混合边界条件的临界非线性问题。我们证明了最小能量解的存在性。我们的工作显示了半线性情况 p=2 与拟线性情况下的存在性结果有显著差异。此外,Laplace 情况的结果无法推广到 p-Laplace,且 p-Laplace 的方法也无法应用于 Laplace 情况。此外,p < 2 和 p > 2 的情况分别具有不同的挑战,需要单独研究。更精确地说,当 p > 2 时,边界条件的几何效应主导了势能的影响,而当 p < 2 时则相反。

英文摘要:

We deal with critical nonlinear problems involving the p-Laplacian operator on bounded domains with mixed boundary conditions. We prove the existence of least energy solutions. Our work shows a significant difference between the semi-linear case p = 2 and the quasilinear case for the existence results. Moreover, neither the results for the Laplacian can be extended to the p-Laplacian, nor the method for the p-Laplacian can apply to the Laplacian setting. Additionally, the cases (p < 2 and p > 2) present different challenges and need to be studied separately. More precisely, when p > 2, the effect of the geometry of the boundary conditions dominates that one of the potential, whereas for p < 2 the opposite behavior holds true.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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