for university students studying in the fields of "Fundamental Mathematics and Mechanics", "Mathematics", "Applied Mathematics and Computer Science", "Applied Mathematics", "Mathematics and Computer Science", "Fundamental Computer Science and Information Technology"
The textbook, the first edition of which was published in 1984, aims to provide the most concise introduction to the subject, including both its physical foundations and differential-geometric aspects. The publication covers a number of topics in an unconventional way: kinematics, general theorems of dynamics, derivation of the Lagrange equations, the Hamilton-Jacobi equation. Some of the material goes beyond the university course: elements of the theory of linear and quadratic integrals in velocities, application of variational principles, a new proof of the Darboux theorem on canonical coordinates. The textbook includes problems illustrating and supplementing the theoretical material, and provides methodological instructions for them.
The publication is intended for students of higher educational institutions studying in the fields of "Mechanics and Mathematical Modeling", "Applied Mathematics", "Fundamental Mathematics and Mechanics", for postgraduate students of the mechanical, mathematical and physical faculties of universities, and for university teachers.
Doctor of Physics and Mathematics,
read more, more books