Example 1. The
conformal mapping
in
polar coordinates.
![[Graphics:Images/ConformalMapDictionary.1_gr_3.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_3.gif)
Example 2. The
conformal mapping
in
rectangular coordinates.
![[Graphics:Images/ConformalMapDictionary.1_gr_10.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_10.gif)
Example 3. The
conformal mapping
in
polar coordinates.
![[Graphics:Images/ConformalMapDictionary.1_gr_20.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_20.gif)
![[Graphics:Images/ConformalMapDictionary.1_gr_21.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_21.gif)
Example 4. The
conformal mapping
in
rectangular coordinates.
![[Graphics:Images/ConformalMapDictionary.1_gr_31.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_31.gif)
![[Graphics:Images/ConformalMapDictionary.1_gr_32.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_32.gif)
Example 5. The
conformal mapping
. The
image of the half-plane
is
the unit disk
.
![[Graphics:Images/ConformalMapDictionary.1_gr_45.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_45.gif)
Example
6. The conformal
mapping
. The
image of the right half-plane
is
the unit disk
.
![[Graphics:Images/ConformalMapDictionary.1_gr_59.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_59.gif)
Example 7. The
conformal mapping
. The
image of the unit disk
is
the left half-plane ![]()
![[Graphics:Images/ConformalMapDictionary.1_gr_64.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_64.gif)
Example 8. The
conformal mapping
. The
image of the upper half-plane
is
the upper half-plane
.
![[Graphics:Images/ConformalMapDictionary.1_gr_69.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_69.gif)
Example 9. The
conformal mapping
. The
image of the upper half-plane
is
the upper half-plane
.
![[Graphics:Images/ConformalMapDictionary.1_gr_76.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_76.gif)
Example 10. The
conformal mapping
. The
image of the disk
is
the right half plane
.
![[Graphics:Images/ConformalMapDictionary.1_gr_85.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_85.gif)
Example 11. The
conformal mapping
. The
image of the upper half-plane
is
the exterior of the circle
.
![[Graphics:Images/ConformalMapDictionary.1_gr_91.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_91.gif)
![[Graphics:Images/ConformalMapDictionary.1_gr_92.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_92.gif)
Example 12. The
conformal mapping
. The
image of the region inside the unit disk
and
outside the circle
is
the annulus
. For
this mapping
and
and
.
![[Graphics:Images/ConformalMapDictionary.1_gr_103.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_103.gif)
Example 13. The
conformal mapping
. The
image of the region that lies outside the the unit
circle
and
outside the circle
is
the annulus
. For
this mapping
and
and
.
![[Graphics:Images/ConformalMapDictionary.1_gr_112.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_112.gif)
Example 14. The
conformal mapping
. The
image of the region that lies in the left half
plane
and
outside the the unit circle
is
the annulus
. For
this mapping
and
and
.
![[Graphics:Images/ConformalMapDictionary.1_gr_121.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_121.gif)
Example 15. The
conformal mapping
, where
,
,
and
,
,
.
![[Graphics:Images/ConformalMapDictionary.1_gr_130.gif]](ConformalMapDictionary.1/Images/ConformalMapDictionary.1_gr_130.gif)
Chapter 2. Complex Functions
- Complex Functions and Linear Mappings
- The Mappings
and
- Complex Limits and Continuity
- Branches of Complex Functions
- The Reciprocal Transformation
![]()
Chapter 5. Elementary Functions
- The Complex Exponential Function
- The Complex Logarithm Function
- Complex Exponents and Powers
- Trigonometric and Hyperbolic Functions
- Inverse Trigonometric and Hyperbolic Functions
Chapter 10. Conformal Mapping
- Basic Properties of Conformal Mappings
- Mobius Transformations - Bilinear Transformations
- Mappings Involving Elementary Functions
- Mappings by Trigonometric Functions
- Conformal Mapping Dictionary - Part I
- Conformal Mapping Dictionary - Part II
Chapter 11. Applications of Harmonic Functions
- Preliminaries
- Invariance of Laplace's Equation and the Dirichlet Problem
- Poisson's Integral Formula for the Upper Half Plane
- Two-Dimensional Mathematical Models
- Steady State Temperatures
- Two-Dimensional Electrostatics
- Two-Dimensional Fluid Flow
- The Joukowski Airfoil
- The Schwarz-Christoffel Transformation
- Image of a Fluid Flow
- Sources and Sinks
Return to the Complex Analysis Project