Deformation and Symmetry in the Inviscid SQG and the 3D Euler Equations
  • Chae, Dongho
  • Constantin, Peter
  • Wu, Jiahong
Citations

WEB OF SCIENCE

10
Citations

SCOPUS

10

초록

The global regularity problem concerning the inviscid SQG and the 3D Euler equations remains an outstanding open question. This paper presents several geometric observations on solutions of these equations. One observation stems from a relation between what we call Eulerian and Lagrangian deformations and reflects the alignment of the stretching directions of these deformations and the tangent direction of the level curves for the SQG equation. Various spatial symmetries in solutions to the 3D Euler equations are exploited. In addition, two observations on the curvature of the level curves of the SQG equation are also included.

키워드

3D Euler equationSurface quasi-geostrophic equationGeometric propertyFLOWBEHAVIORDYNAMICS
제목
Deformation and Symmetry in the Inviscid SQG and the 3D Euler Equations
저자
Chae, DonghoConstantin, PeterWu, Jiahong
DOI
10.1007/s00332-012-9124-7
발행일
2012-10
유형
Article
저널명
Journal of Nonlinear Science
22
5
페이지
665 ~ 688