"Nonlinear Systems: Theoretical Aspects and Recent Applications" ed. by Walter Legnani, Terry E. Moschandreou

The editors of this book have incorporated contributions from a diverse group of leading researchers in the field of nonlinear systems. To enrich the scope of the content, this book contains a valuable selection of works on fractional differential equations.The book aims to provide an overview of the current knowledge on nonlinear systems and some aspects of fractional calculus.

The main subject areas are divided into two theoretical and applied sections. Nonlinear systems are useful for researchers in mathematics, applied mathematics, and physics, as well as graduate students who are studying these systems with reference to their theory and application. This book is also an ideal complement to the specific literature on engineering, biology, health science, and other applied science areas. This book is a good source to disseminating the field of nonlinear systems to a wide range of researchers.

Contents
1.A Review on Fractional Differential Equations and a Numerical Method to Solve Some Boundary Value Problems
2.Numerical Solutions to Some Families of Fractional Order Differential Equations by Laguerre Polynomials
3.A Shamanskii-Like Accelerated Scheme for Nonlinear Systems of Equations
4.Modified Moving Least Squares Method for Two-Dimensional Linear and Nonlinear Systems of Integral Equations
5.Informational Time Causal Planes: A Tool for Chaotic Map Dynamic Visualization
6.On the Stabilization of Infinite Dimensional Semilinear Systems
7.Existence, Regularity, and Compactness Properties in the α-Norm for Some Partial Functional Integrodifferential Equations with Finite Delay
8.Nonlinear Resonances in 3D Printed Structures
9.Nonlinear Systems in Healthcare towards Intelligent Disease Prediction
10.Mathematical Modeling and Well-Posedness of Three-Dimensional Shell in Disorders of Human Vascular System
11.Problems of Control Motion of Solar Sail Spacecraft in the Photogravitational Fields
12.Nonlinear Friction Model for Passive Suspension System Identification and Effectiveness
13.Electrostatically Driven MEMS Resonator: Pull-in Behavior and Non-linear Phenomena
14.Nonlinear Oxygen Transport with Poiseuille Hemodynamic Flow in a Micro-Channel