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arXiv 1305.6552math.AP
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从D^2到S^2的旋转对称p-调和流:局部适定性和爆破

Rotationally symmetric p-harmonic flows from D^2 to S^2: local well-posedness and blow-up

Razvan Gabriel Iagar, Salvador Moll

摘要:

研究了旋转对称下从单位圆盘$D^2$到单位球面$S^2$的$p$ -调和流.证明了常边界条件下的狄利克雷问题在经典解类中是局部适定的,并给出了解的导数在有限时间爆破的充分判据.

英文摘要:

We study the $p$-harmonic flow from the unit disk $D^2$ to the unit sphere $S^2$ under rotational symmetry. We show that the Dirichlet problem with constant boundary conditions is locally well-posed in the class of classical solutions and we also give a sufficient criterion, in terms of the boundary condition, for the derivative of the solutions to blow-up in finite time.

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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