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微分几何: 曲线、曲面和流形(第三版)(影印版)


作者:
Wolfgang Kühnel, Translated by Bruce Hunt
定价:
169.00 元
版面字数:
703千字
开本:
特殊
装帧形式:
精装
版次:
1
最新版次
印刷时间:
2023年
ISBN:
978-7-04-059315-0
物料号:
59315-00
出版时间:
2023-03-15
读者对象:
学术著作
一级分类:
自然科学
二级分类:
数学与统计
三级分类:
几何学

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  • 目录
    • 前辅文
      • Chapter 1. Notations and Prerequisites from Analysis
        • Chapter 2. Curves in IRn
          • 2A Frenet curves in IRn
            • 2B Plane curves and space curves
              • 2C Relations between the curvature and the torsion
                • 2D The Frenet equations and the fundamental theorem of the
                  • local theory of curves
                    • 2E Curves in Minkowski space IR
                      • 2F The global theory of curves
                        • Exercises
                        • Chapter 3. The Local Theory of Surfaces
                          • 3A Surface elements and the first fundamental form
                            • 3B The Gauss map and the curvature of surfaces
                              • 3C Surfaces of rotation and ruled surfaces
                                • 3D Minimal surfaces
                                  • 3E Surfaces in Minkowski space IR
                                    • 3F Hypersurfaces in IRn+1
                                      • Exercises
                                      • Chapter 4. The Intrinsic Geometry of Surfaces
                                        • 4A The covariant derivative
                                          • 4B Parallel displacement and geodesics
                                            • 4C The Gauss equation and the Theorema Egregium
                                              • 4D The fundamental theorem of the local theory of surfaces
                                                • 4E The Gaussian curvature in special parameters
                                                  • 4F The Gauss-Bonnet Theorem
                                                    • 4G Selected topics in the global theory of surfaces
                                                      • Exercises
                                                      • Chapter 5. Riemannian Manifolds
                                                        • 5A The notion of a manifold
                                                          • 5B The tangent space
                                                            • 5C Riemannian metrics
                                                              • 5D The Riemannian connection
                                                              • Chapter 6. The Curvature Tensor
                                                                • 6A Tensors
                                                                  • 6B The sectional curvature
                                                                    • 6C The Ricci tensor and the Einstein tensor
                                                                    • Chapter 7. Spaces of Constant Curvature
                                                                      • 7A Hyperbolic space
                                                                        • 7B Geodesics and Jacobi fields
                                                                          • 7C The space form problem
                                                                            • 7D Three-dimensional Euclidean and spherical space forms
                                                                              • Exercises
                                                                              • Chapter 8. Einstein Spaces
                                                                                • 8A The variation of the Hilbert-Einstein functional
                                                                                  • 8B The Einstein field equations
                                                                                    • 8C Homogenous Einstein spaces
                                                                                      • 8D The decomposition of the curvature tensor
                                                                                        • 8E The Weyl tensor
                                                                                          • 8F Duality for four-manifolds and Petrov types
                                                                                            • Exercises
                                                                                            • Solutions to selected exercises
                                                                                              • Bibliography
                                                                                                • List of notation
                                                                                                  • Index

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