Name: Hysteresis. Types, Applications and Behavior Patterns in Complex Systems
SKU: 64756120
Price: 7435.00 TWD
Availability: InStock
Author: Jose Carlos Dias
ISBN: 9781633213364

portada Hysteresis. Types, Applications and Behavior Patterns in Complex Systems

Type

Physical Book

Publisher

Nova Science Publishers

Author

Jose Carlos Dias

Year

2014

Pages

270

Format

Hardcover

Dimensions

25.9x18.3x2.3 cm

ISBN13

9781633213364

Hysteresis. Types, Applications and Behavior Patterns in Complex Systems

Jose Carlos Dias (Author) · Nova Science Publishers · Hardcover

New Book Imported to Taiwan

Delivery: 10 Sep - 18 Sep

NT$ 7,435

NT$ 7,435

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Synopsis "Hysteresis. Types, Applications and Behavior Patterns in Complex Systems"

The study of complex hysteresis problems has become increasingly important in recent years, since the hysteresis phenomenon affects significantly the decisions that have to be rendered in a wide range of real-world practical applications. For example, the so-called hysteresis effects may influence substantially some fields not directly related to the natural sciences such as finance, economy, or fiscal policy. In addition, such phenomenon is also typically present in many engineering and physics applications of interest such as in magnetism, spin-valve technology, semiconductors, surface physics, aeronautical and civil engineering aerodynamics, complex battery systems, biology, etc. This book focuses on the most recent attempts for modeling a diverse variety of complex hysteresis problems faced in economics, engineering, and physics. The chapters of this book provide a self-contained, rigorous, and clear treatment of the different types and sources of hysteresis under a large spectrum of applications. The book also highlights how stochastic control and other mathematical tools as well as econometric techniques can be applied for analyzing the complex properties of hysteresis problems. This authoritative book is a definitive guide on how to understand the newest designs for modeling hysteresis in highly complex systems and thus it will be an essential reading for graduate students and researchers in economics, engineering, and physics.