Can probability theory really help tame problems in mathematical hydrodynamics?

Martina Hofmanov'a, F. Bechtold
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引用次数: 2

Abstract

Recent years have seen spectacular progress in the mathematical study of hydrodynamic equations. Novel tools from convex integration in particular prove extremely versatile in establishing non-uniqueness results. Motivated by this 'pathological' behavior of solutions in the deterministic setting, stochastic models of fluid dynamics have enjoyed growing interest from the mathematical community. Inspired by the theory of 'regularization by noise', it is hoped for that stochasticity might help avoid 'pathologies' such as non-uniqueness of weak solutions. Current research however shows that convex integration methods can prevail even in spite of random perturbations.
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概率论真的能帮助解决数学流体力学中的问题吗?
近年来,水动力方程的数学研究取得了惊人的进展。来自凸积分的新工具在建立非唯一性结果方面被证明是非常通用的。由于确定性环境下解的这种“病态”行为,流体动力学的随机模型受到了数学界越来越多的关注。受“噪声正则化”理论的启发,人们希望随机性可以帮助避免“病态”,比如弱解的非唯一性。然而,目前的研究表明,凸积分方法即使在随机扰动下也能占上风。
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