2014.07.24 16:03
| 실적년도 | 2014년 |
|---|---|
| 논문구분 | 국외 |
| 총저자 | Dongho Chae |
| 학술지명 | Communications in Mathematical Physics |
| 권(Vol.) | |
| 호(No.) | |
| 게재년월 | 2014년 1월 |
| Impact Factor | |
| SCI 등재 | SCI |
| 비고 |
In this paper we study the Liouville-type properties for solutions to the steady incompressible Euler equations with forces in (Formula presented.). If we assume "single signedness condition" on the force, then we can show that a (Formula presented.) solution (v, p) with (Formula presented.) is trivial, v = 0. For the solution of the steady Navier-Stokes equations, satisfying (Formula presented.) as (Formula presented.), the condition (Formula presented.), which is stronger than the important D-condition, (Formula presented.), but both having the same scaling property, implies that v = 0. In the appendix we reprove Theorem 1.1 (Chae, Commun Math Phys 273:203-215, 2007), using the self-similar Euler equations directly.