Theory and Applications of Mathematical Science Vol. 2
Synopsis
This book covers all areas of mathematical science. The contributions by the authors include nonlinear integral equation; Darbo's fixed point theorem; Weibull parameters; MATLAB; trapezoid graphs; fixed point; common fixed point; fuzzy cone metric space; Dirichlet problem; Quadrature surfaces; agent-based modelling; nonlinear dynamics; topological groups; free topological groups; nonconsistency of the conservation laws equations; degenerate transformation; discrete solutions; meromorphic functions; Pad-approximants; (p, q)-order and (p, q)-type; logarithmic capacity; quasinearly subharmonic; families of quasinearly subharmonic functions etc. This book contains various materials suitable for students, researchers and academicians in the field of mathematical science.
Chapters
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Chapter 1Analysis of Probabilistic Distributions and Uncertainty of Information Flow at Administrative Workflows
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Chapter 2Statistical Distribution Analysis Implementation Using PROLOG and MATLAB for Wind Energy
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Chapter 3An Efficient Algorithm for Computation of a Minimum Average Distance Tree on Trapezoid Graphs
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Chapter 4Necessary and Sufficient Condition of Existence for the Quadrature Surfaces Free Boundary Problem
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Chapter 5Common Fixed Point Theorems for a Pair of Self-Mappings in Fuzzy Cone Metric Spaces
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Chapter 6(p, q)-Growth of Meromorphic Functions and the Newton-Pade Approximant
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Chapter 7Integrability and the Properties of Solutions to Euler and Navier-Stokes Equations
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Chapter 8Existence of Solution of Nonlinear Functional Integral Equation Via Measure of Non-Compactness
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Chapter 9On the Domination Conditions for Families of Quasinearly Subharmonic Functions
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Chapter 10Solve Special Case of Some Guran Problems