Gradient estimates for solutions of elliptic systems with measurable coefficients from composite material

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초록

We study global gradient estimates for the weak solution to elliptic systems with measurable coefficients from composite materials in a nonsmooth bounded domain. The principal coefficients are assumed to be merely measurable in one variable and have small bounded mean oscillation (BMO) seminorms in the other variables on each subdomain whose boundary satisfies the so-called -Reifenberg flat condition. Under these assumptions and based on our new geometric observation for disjoint Reifenberg domains in a previous study, we obtain global W-1,W-p estimates.

키워드

composite materialelliptic systemsgradient estimatesmeasurable coefficientsReifenberg flat domainsREGULARITY RESULTSHARP REGULARITYBMO COEFFICIENTSDIVERGENCE FORMEQUATIONS
제목
Gradient estimates for solutions of elliptic systems with measurable coefficients from composite material
저자
Jang, YunsooKim, Youchan
DOI
10.1002/mma.5213
발행일
2018-11-15
유형
Article
저널명
Mathematical Methods in the Applied Sciences
41
16
페이지
7007 ~ 7031