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; agentbased modelling; nonlinear dynamics; topological groups; free topological groups; nonconsistency of the conservation laws equations; degenerate transformation; discrete solutions; meromorphic functions; Padapproximants; (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

Chapter 1Analysis of Probabilistic Distributions and Uncertainty of Information Flow at Administrative Workflows

Chapter 2Statistical Distribution Analysis Implementation Using PROLOG and MATLAB for Wind Energy

Chapter 3An Efficient Algorithm for Computation of a Minimum Average Distance Tree on Trapezoid Graphs

Chapter 4Necessary and Sufficient Condition of Existence for the Quadrature Surfaces Free Boundary Problem

Chapter 5Common Fixed Point Theorems for a Pair of SelfMappings in Fuzzy Cone Metric Spaces

Chapter 6(p, q)Growth of Meromorphic Functions and the NewtonPade Approximant

Chapter 7Integrability and the Properties of Solutions to Euler and NavierStokes Equations

Chapter 8Existence of Solution of Nonlinear Functional Integral Equation Via Measure of NonCompactness

Chapter 9On the Domination Conditions for Families of Quasinearly Subharmonic Functions

Chapter 10Solve Special Case of Some Guran Problems