Bond Graph In Modeling, Simulation And Fault Identification

Bond Graph In Modeling, Simulation And Fault Identification
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Bond Graph In Modeling, Simulation And Fault Identification

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Publisher: IK International
ISBN: 9788188237968
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Availability: In Stock
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Bond Graph In Modeling, Simulation And Fault Identification by Amalendu Mukherjee, Ranjit Karmakar & Arun Kumar Samantaray
Book Summary:

In recent years, the range of applications of bond graphs has enhanced owing to sustained research in this field. The present book is an outcome of the authors'' teaching System-modeling, Dynamics and Control through bond graphs for the last 15 years. It is organised into 16 chapters and is narrative in style to make it easily comprehensible to the students. Each chapter is appended with a set of problems divided into two groups; problems to be solved by students for usual practice and project-type problems.


Audience of the Book :
Bond graphs have become a part of undergraduate and postgraduate curricula at IITs and engineering institutes. Many industries, organizations, universities and academic institutions have included bond graphs in their research, development and design activities
 
Key Features:

The main features of the book are as follows:

1.Apart from systems modeling, dynamics and control through bond graphs, the book also discusses direct control theoretical analysis, fault detection and isolation.

2.Amply illustrated, the book contains around 1000 line diagrams, which would help in understanding the subject tremendously.

3.Practice problems and project type problems are provided at the end of the chapters.


Table of Contents:

1.Introduction

2.Notion of Causality

3.Creation of System Equations

4.Creation of System Bond graph

5.Use of Noninertial Coordinates

6.Systems with Non-potential Fields

7.Structural Members

8.Modeling of Multibody Systems

9.Multi Bond graphs

10.Modeling of Thermal Systems

11.Hydraulic Systems

12.Approaching Control Systems

13.Control Strategies in Physical Domains

14.Modeling of Electronic Circuits

15.Fault Detection and Isolation

16.Examples of Modeling and Simulation