Solution set properties for some nonlinear parabolic differential equations
Solutions of a linear second order equation of parabolic type defined in an unbounded domain
Solutions of hypersingular integral equations over circular domains by a spectral method
The problem of a solving a class of hypersingular integral equations over the boundary of a nonplanar disc is considered. The solution is obtained by an expansion in basis functions that are orthogonal over the unit disc. A Fourier series in the azimuthal angle, with the Fourier coefficients expanded in terms of Gegenbauer polynomials is employed. These integral equations appear in the study of the interaction of water waves with submerged thin plates.
Solutions to a differential inclusion of order
Solvability and bifurcations of some strongly nonlinear equations
Solvability properties of semilinear operator equations
Solving Equations, an Elegant Legacy
Some additive and multiplicative problem sin number theory
Some applications of compactness in harmonic analysis
Some applications of generalized Orlicz spaces in approximation theory and Fourier series
Some base axioms for topology involving enumerability
Some comments on the diversity of Vermeer paintings depicted on postage stamps
We present some comments on the diversity of the paintings by Johannes Vermeer (1632-1675) depicted on postage stamps. We have found 20 of the 36 "recognized" Vermeer paintings depicted on postage stamps issued by 29 "countries"; by country we mean here a stamp-issuing region that issues or has issued its own postage stamps. We apply Fisher's α index of biodiversity [11] to compare the diversity of Vermeer paintings depicted on postage stamps with the diversity of two other data sets [26]. We illustrate...
Some Common Themes in Visual Mathematical Art
Some differential equations with delay
Some equivalent formulation of Ulam's problem
Some examples of homogeneous Einstein manifolds
The author obtains the classification of all invariant Einstein metrics on the following homogeneous spaces: , , , . Combining this with the results of other authors, the classification of all invariant Einstein metrics on all compact simply connected homogeneous spaces admitting a homogeneous Riemannian metric of positive sectional curvature is obtained.
Some features of the nodal recovery of gradients from finite element approximations which produces superconvergence
Some generalization of Godement’s theorem on division
Some generalizations of paracompactness
Some geometric aspects of Sobolev spaces