Differential Geometry and Its Applications - (2nd Edition) - (2nd Edition)

Author: Oupri
Publisher:
Publish Date: 2006-09-01
Features: This book is an excellent textbook on differential geometry, covering a broad range of topics. It not only includes classic theories in the field but also introduces the computer algebra system Maple and the practical applications of differential geometry in modern life. The book primarily introduces variational methods, optimal control theory, and differential geometry, helping readers understand various phenomena in life, such as the formation of soap films and the motion of particles on surfaces, through these important concepts. Specific content includes mean curvature, completeness, and the Gauss-Bonnet theorem, minimal surfaces, variational methods, and geometry, among others. Additionally, the book contains numerous exercises with corresponding hints and solutions, as well as a series of examples, definitions, and notes. This book can serve as a differential geometry textbook for mathematics majors in higher education institutions as well as for other science and engineering majors. For professionals, it also holds significant reference value. This book is an excellent textbook on differential geometry, covering a broad range of topics. It not only includes classic theories in the field but also introduces the computer algebra system Maple and the practical applications of differential geometry in modern life. The book primarily introduces variational methods, optimal control theory, and differential geometry, helping readers understand various phenomena in life, such as the formation of soap films and the motion of particles on surfaces, through these important concepts. Specific content includes mean curvature, completeness, and the Gauss-Bonnet theorem, minimal surfaces, variational methods, and geometry, among others. Additionally, the book contains numerous exercises with corresponding hints and solutions, as well as a series of examples, definitions, and notes.