Complex Analysis

Complex Analysis

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Product Specifications

Publisher PHI Learning All Engineering Mathematics books by PHI Learning
ISBN 9788120350632
Author: Purna Chandra Biswal
Number of Pages 288
Available in all digital devices
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Complex Analysis - Page 1 Complex Analysis - Page 2 Complex Analysis - Page 3 Complex Analysis - Page 4 Complex Analysis - Page 5

About The Book Complex Analysis

Book Summary:

Primarily intended for the undergraduate students of engineering and postgraduate students of mathematics, this textbook is aimed to provide an introduction to the theories for functions of a complex variable. No specific prerequisite except basic calculus and familiarity with differential equations is required to understand this textbook.

In this book, author tried his best to preset all related formula with few standard examples worked out according to the derived formula to make the book precise. The notations used in this textbook are commonly used by mathematicians. Considerable use has been made of illustrations to stimulate the students’ visual understanding of complex variables.

The objective of this book is to:
introduce students to the complex number system
equip students with necessary knowledge and skills to enable them handle problems involving complex numbers
help students apply techniques of complex analysis to summation of series

A careful and judicious selection of examples has made it simple and lucid for classroom instruction. Some standard problems with sufficient hints have been included at the end of each section to gauge the students’ understanding and grasp of the theory. Thus, this book will fulfill the requirement for an accessible textbook suitable for courses all over the universities in India.

Table of Contents:


Chapter 1: Complex Number System

Chapter 2: Limit, Continuity and Derivative

Chapter 3: Analytic Function

Chapter 4: Conformal Mapping

Chapter 5: Integration

Chapter 6: Cauchy’s Formula

Chapter 7: Power Series

Chapter 8: Residue Theorem

Chapter 9: Contour Integration

Chapter 10: Maximum Modulus Theorem