Book:E.G. Phillips/Functions of a Complex Variable/Eighth Edition
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E.G. Phillips: Functions of a Complex Variable (8th Edition)
Published $\text {1957}$, Oliver & Boyd Ltd.
Subject Matter
Contents
- PREFACE TO THE EIGHTH EDITION
- FUNCTIONS OF A COMPLEX VARIABLE
- Complex Numbers
- Sets of Points in the Argand Diagram
- Functions of a Complex Variable
- Regular Functions
- Conjugate Functions
- Power Series
- The Elementary Functions
- Many-valued Functions
- Examples $\text {I}$
- CONFORMAL REPRESENTATION
- Isogonal and Conformal Transformations
- Harmonic Functions
- The Bilinear Transformation
- Geometrical Inversion
- The Critical Points
- Coaxal Circles
- Invariance of the Cross-Ratio
- Some special Möbius' Transformations
- Examples $\text {II}$
- SOME SPECIAL TRANSFORMATIONS
- The Transformations $w = z^n$
- $w = z^2$
- $w = \sqrt z$
- $w = \map {\tan^2} {\tfrac 1 4 \pi \sqrt z}$
- Combinations of $w = z^a$ with Möbius' Transformations
- Exponential and Logarithmic Transformations
- Transformations involving Confocal Conics
- $z = c \sin w$
- Joukowski's Aerofoil
- Tables of Important Transformations
- Schwarz-Christoffel Transformation
- Examples $\text {III}$
- THE COMPLEX INTEGRAL CALCULUS
- Complex Integration
- Cauchy's Theorem
- The Derivatives of a Regular Function
- Taylors Theorem
- Liouville's Theorem
- Laurent's Theorem
- Zeros and Singularities
- Rational Functions
- Analytic Continuation
- Poles and Zeros of Meromorphic Functions
- Rouché's Theorem
- The Maximum-Modulus Principle
- Examples $\text {IV}$
- THE CALCULUS OF RESIDUES
- The Residue Theorem
- Integration round the Unit Circle
- Evaluation of Infinite Integrals
- Jordan's Lemma
- Integrals involving Many-valued Functions
- Integrals deduced from Known Integrals
- Expansion of a Meromorphic Function
- Summation of Series
- Examples $\text {V}$
- MISCELLANEOUS EXAMPLES
- INDEX
Further Editions
Source work progress
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