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AN EXTREMUM THEORY OF THE RESIDUAL FUNCTIONAL IN SOBOLEV SPACES W^(m,p)t(Ω)

AN EXTREMUM THEORY OF THE RESIDUAL FUNCTIONAL IN SOBOLEV SPACES W^(m,p)(Ω)
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摘要 In the present paper the concept and properties of the residual functional in Sobolev space are investigated. The weak compactness, force condition, lower semi-continuity and convex of the residual functional are proved. In Sobolev space, the minimum principle of the residual functional is proposed. The minimum existence theoreomfor J(u) =0 is given by the modern critical point theory. And the equivalence theorem or five equivalence forms for the residual functional equation are also proved. In the present paper the concept and properties of the residual functional in Sobolev space are investigated. The weak compactness, force condition, lower semi-continuity and convex of the residual functional are proved. In Sobolev space, the minimum principle of the residual functional is proposed. The minimum existence theoreomfor J(u) =0 is given by the modern critical point theory. And the equivalence theorem or five equivalence forms for the residual functional equation are also proved.
作者 凌镛镛
出处 《Applied Mathematics and Mechanics(English Edition)》 SCIE EI 1992年第3期273-279,共7页 应用数学和力学(英文版)
关键词 Sobolev spaces residual functional infinite Banach spaces CONVEX lower semi-continuity force condition minimum existence theorem Sobolev spaces, residual functional, infinite Banach spaces, convex, lower semi-continuity, force condition, minimum existence theorem
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