Dictionary of conformal representations
β Scribed by H. Kober
- Publisher
- Dover
- Year
- 1957
- Tongue
- English
- Leaves
- 222
- Category
- Library
No coin nor oath required. For personal study only.
β¦ Table of Contents
Cover
Title page
Contents (detailed)
Notations and Nomenclature
I. PART ONE: Linear and bilinear transformations
l. The fixed points ot the transformation w = (az+b)/(cz+d), ad-bcβ 0
2. The linear transformation w = az+b, aβ 0
3. The general bilinear transformation transformation w = (az+b)/(cz+d), ad-bcβ 0, cβ 0
4. Special bi1inear transformations
5. Construction of linear and bilinear transformations
Appendix. An example for the use of formulae of part 1 in combinations: w = (4e^z-3i)(5e^z+6i)^{-1}
II. PART TWO: Algebraic functions, and z^Ξ± for real Ξ±
6. The functions w = zΒ², z^Ξ±; az^Ξ±+bz^{-Ξ±} ; az^Ξ±+bz^Ξ²
7. Regions bounded by segments ot two or three circles or straight lines on half-plane
8. w = cz+Ξ²/z or (w+2k)/(w-2k) = (Ξ±z+k)Β²/(Ξ±z-k)Β²
References on the Theory of Aerofoils
9. Further transtormations
Appendix: Table of some interior and exterior mapping radii
III. PART THREE: w = e^z, w = log z and related functions
10. Elementary functions
11. Composite functions
IV. PART FOUR: Schwarz-Christoffel transtormations representable in terms of elementary transformations
12.0 Introduction: Some remarks on the general Schwarz-Christoffel transformation
12. Schwarz-Christoffel transformations
V. PART FIVE: Higher transcendental functions
13. Elliptic functions
14. Other functions
Main list of References
Geometrical Subject Index
π SIMILAR VOLUMES
Professor Caratheodory sets out the basic theory of conformal representations as simply as possible. In the early chapters on Mobius' and other elementary transformations and on non-Euclidean geometry, he deals with those elementary subjects that are necessary for an understanding of the general the
Professor Caratheodory sets out the basic theory of conformal representations as simply as possible. In the early chapters on Mobius' and other elementary transformations and on non-Euclidean geometry, he deals with those elementary subjects that are necessary for an understanding of the general the