《An Introduction To Differential Geometry》求取 ⇩
作者 | T.J.Willmore 编者 |
---|---|
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PART 1THE THEORY OF CURVES AND SURFACES IN THREE-DIMENSIONAL EUCLIDEAN SPACE1
Ⅰ.THE THEORY OF SPACE CURVES1
1.Introductory remarks about s pace curves1
2.Definitions3
3.Arc length5
4.Tangent,normal,and binormal7
5.Curvature and torsion of a curve given as the intersection of two surfaces16
6.Contact between curves and surfaces18
7.Tangent surface,involutes,and evolutes21
8.Intrinsic equations,fundamental existence theorem for space curves23
9.Helices26
Appendix Ⅰ.1.Existence theorem on linear differential equations27
Miscellaneous Exercises Ⅰ29
Ⅱ.THE METRIC:LOCAL INTRINSIC PROPERTIES OF A SURFACE31
1.Definition of a surface31
2.Curves on a surface35
3.Surfaces of revolution36
4.Helicoids37
5.Metric39
6.Direction coefficients41
7.Families of curves44
8.Isometric correspondence48
9.Intrinsic properties52
10.Geodesics54
11.Canonical geodesic equations59
12.Normal property of geodesics62
13.Existence theorems65
14.Geodesic parallels69
15.Geodesic curvature70
16.Gauss-Bonnet theorem75
17.Gaussian curvature78
18.Surfaces of constant curvature81
19.Conformal mapping83
20.Geodesic mapping87
Appendix Ⅱ.1.The second existence theorem90
Miscellaneous Exercises Ⅱ92
Ⅲ.THE SECOND FUNDAMENTAL FORM:LOCAL NON-INTRINSIC PROPERTIES OF A SURFACE95
1.The second fundamental form95
2.principal curvatures97
3.Lines of curvature99
4.Developables101
5.Developables associated with space curves103
6.Developables associated with curves on surfaces105
7.Minimal surfaces106
8.Ruled surfaces107
9.The fundamental equations of surface theory111
10.Parallel surfaces116
11.Fundamental existence theorem for surfaces119
Miscellaneous Exercises Ⅲ124
Ⅳ.DIFFERENTIAL GEOMETRY OF SURFACES IN THE LARGE127
1.Introduction127
2.Compact surfaces whose points are umbilics128
3.Hilbert's lemma129
4.Compact surfaces of constant Gaussian or mean curvature131
5.Complete surfaces131
6.Characterization of complete surfaces133
7.Hilbert's theorem137
8.Conjugate points on geodesics145
9.Intrinsically defined surfaces151
10.Triangulation154
11.Two-dimensional Riemannian manifolds157
12.The problem of metrization159
13.The problem of continuation162
14.Problems of embedding and rigidity164
15.Conclusion164
PART 2DIFFERENTIAL GEOMETRY OF n-DIMENSIONAL SPACE166
Ⅴ.TENSOR ALGEBRA166
1.Vector spaces166
2.The dual space169
3.Tensor product of vector spaces172
4.Transformation formulae179
5.Contraction183
6.special tensors185
7.Inner product188
8.Associated tensors188
9.Exterior algebra189
Miscellaneous Exercises Ⅴ192
Ⅵ.TENSOR CALCULUS193
1.Differentiable manifolds193
2.Tangent vectors195
3.Affine tensors and tensorial forms200
4.Connexions205
5.Covariant differentiation209
6.Connexions over submanifolds216
7.Absolute derivation of tensorial forms.218
Appendix Ⅵ.1.Tangent vectors to manifolds of class ?221
Appendix Ⅵ.2.Tensor-connexions223
miscellaneous Exercises Ⅵ224
Ⅶ.RIEMANNIAN GEOMETRY226
1.Riemannian manifolds226
2.Metric226
3.The fundamental theorem of local Riemannian geometry228
4.Differential parameters231
5.Curvature tensors232
6.Geodesics233
7.Geodesic curvature235
8.Geometrical interpretation of the curvature tensor236
9.Special Riemannian spaces237
10.Parallel vectors239
11.Vector subspaces240
12.Parallel fields of planes242
13.Recurrent tensors245
14.Integrable distributions249
15.Riemann extensions258
16.E.Cartan's approach to Riemannian geometry261
17.Euclidean tangent metrics266
18.Euclidean osculating metrics268
19.The equations of structure271
20.Global Riemannian geometry273
Bibliographies on harmonic spaces,recurrent spaces,parallel distributions,Riemann extensions276
miscellaneous Exercises Ⅶ278
Ⅷ.APPLICATIONS OF TENSOR METHODS TO SURFACE THEORY281
1.The Serret-Frenet formulae281
2.The induced metric284
3.The fundamental formulae of surface theory287
4.Normal curvature and geodesic torsion290
5.The method of moving frames294
Miscellaneous Exercises Ⅷ299
EXERCISES300
SUGGESTIONS FOR FURTHER READING314
INDEX315
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高度相关资料
- ALGEBRAIC GEOMETRY AN INTRODUCTION TO BIRATIONAL GEOMETRY OF ALGEBRAIC VARIETIES
- 1982 SPINGER-VERLAG
- Differential topology : an introduction
- 1982 M. Dekker
- An introduction to differentiable manifolds and Riemannian geometry
- 1975 Academic Press
- Algebraic Curves An Introduction to Algebraic Geometry
- 1969 Advanced Book Program
- Differential geometry : an integrated approach
- 1981 McGraw-Hill
- AN INTRODUCTION TO ANALYTICAL GEOMETRY VOLUME I
- 1949 CAMARIDGE AT THE UNIVERSITY PRESS
- AN INTRODUCTION TO ANALYTICAL GEOMETRY VOLUME II
- 1957 CAMARIDGE AT THE UNIVERSITY PRESS
- AN INTRODUCTION TO PLANE PROJECTIVE GEOMETRY
- 1953 OXFORD AT THE CLARENDON PRESS
- AN INTRODUCTION TO RIEMANNIAN GEOMETRY AND THE TENSOR CALCULUS
- 1950 AT THE UNIVERSITY PRESS
- HIGHER GEOMETRY AN INTRODUCTION TO ADVANCED METHODS IN ANALYTIC GEOMETRY
- 1922 GINN AND COMPANY
- AN INTRODUCTION TO DIFFERENTIAL GEOMETRY WITH USE OF THE TENSOR CALCULUS
- 1947 PRINCETON UNIVERSITY PRESS
- AN INTRODUCTION TO PLANE GEOMETRY
- 1942 AT THE UNIVERSITY PRESS
- ALGEBRAIC CURVES AN INTRODUCTION TO ALGEBRAIC GEOMETRY
- 1969 THE BENJAMIN/CUMMINGS
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