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An Introductory Guide to Computational Methods for the Solution of Physics Problems With Emphasis on Spectral Methods / by Rawitscher, George

Numerical Methods for PDEs State of the Art Techniques /

Applications of Nonlinear Analysis

Table of Contents: “…Chapter 01- New applications of γ-quasiconvexity -- Chapter 02- Criteria for convergence of iterates in a compression-expansion fixed point theorem of functional type -- Chapter 03- On Lagrangian duality in infinite dimension and its applications -- Chapter 04- Stability analysis of the inverse problem of parameter identification in mixed variational problems -- Chapter 05- Nonlinear duality in Banach spaces and applications to finance and elasticity -- Chapter 06- Selective priorities in processing of big data -- Chapter 07- General inertial Mann algorithms and their convergence analysis for nonexpansive mappings -- Chapter 08- Reverses of Jensen's integral inequality and applications: a survey of recent results -- Chapter 09- Ordering structures and their applications -- Chapter 10- An overview on singular nonlinear elliptic boundary value problems -- Chapter 11- The Pilgerschritt (Liedl) transform on manifolds -- Chapter 12- On some mathematical models arising in lubrication theory -- Chapter 13- On the spectrum of a nonlinear two parameter matrix eigenvalue problem -- Chapter 14- On the properties of a nonlocal nonlinear Schr ̈odinger model and its soliton solutions -- Chapter 15- Stability of a Cauchy-Jensen additive mapping in various normed spaces -- Chapter 16- NAN-RN approximately generalized additive functional equations -- Chapter 17- On the HUR-stability of quadratic functional equations in fuzzy Banach spaces -- Chapter 18- Asymptotic orbits in Hill's problem when the larger primary is a source of radiation -- Chapter 19- Computations for minors of Weighing Matrices with application to the growth problem -- Chapter 20- Robots that do not avoid obstacles -- Chapter 21- On the exact solution of nonlinear integro-differential equations -- Chapter 22- Qualitative, approximate and numerical approaches for the solution of nonlinear differential equations -- Chapter 23- On a Hilbert-type integral inequality in the whole plane -- Chapter 24- Four conjectures in Nonlinear Analysis -- Chapter 25- Corelations are more powerful tools than relations -- Chapter 26- Rational contractions and coupled fixed points -- Chapter 27- A multiple Hilbert-type integral inequality in the whole space -- Chapter 28- Generalizations of Metric Spaces: From the Fixed-Point Theory to the Fixed-Circle Theory -- Chapter 29- Finite-difference modeling of nonlinear phenomena in time-domain electromagnetics: A Review.…”