Degree of mapping for nonlinear mappings of monotone type: Strongly nonlinear mapping. [PDF]
Browder FE.
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Regularity result for the problem of vibrations of a nonlinear beam
A model for the dynamics of the Gao nonlinear beam, which allows for buckling, is studied. Existence and uniqueness of the local weak solution was established in Andrews et al. (2008). In this work the further regularity in time of the weak solution
M'Bengue M'Bagne F., Meir Shillor
doaj
Degree of mapping for nonlinear mappings of monotone type: Densely defined mapping. [PDF]
Browder FE.
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Degree of mapping for nonlinear mappings of monotone type. [PDF]
Browder FE.
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Strong vector variational like inequality problems with properly quasimonotone bifunctions [PDF]
Mamta Chaudhary, Monika Mehta
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Nonlinear differential-operator equations in banach spaces with mapping of pseudomonotonous type
Методом Галеркина доказана теорема существования и изучены функционально-аналитические свойства решений нелинейных дифференциально-операторных уравнений в банаховых пространствах с λ-псевдомонотонными отображениями.
Melnik, V. S., Toskano, L.
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Nonlinear monotone and accretive operators in banach spaces. [PDF]
Browder FE.
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Strongly nonlinear parabolic variational inequalities. [PDF]
Browder FE, Brézis H.
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Unilateral problems for quasilinear operators with fractional Riesz gradients
In this work, we develop the classical theory of monotone and pseudomonotone operators in the class of convex-constrained Dirichlet-type problems involving fractional Riesz gradients in bounded and in unbounded domains Ω⊂Rd\Omega \subset {{\mathbb{R ...
Campos Pedro Miguel +1 more
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Monotone and pseudomonotone operators with applications to variational problems
This work is primarily concerned with investigating how monotone and pseudomonotone operators between Banach spaces are used to prove the existence of solutions to nonlinear elliptic boundary value problems. A well-known approach to solving nonlinear elliptic boundary value problems is to reformulate them as equations of the form A (u) = f, where A is ...
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