Classical Mechanics
Upadhyay, J C
Classical Mechanics - New Delhi Himalaya Pub House 2013
1. Introductory Ideas
2. Langrangian Dynamics
3. Hamiltonian Dynamics
4. Two-Body Central Force Problem
5. Variational Principles
6. Canonical Transformations
7. Brackets and Liouville`s Theorem
8. Hamilton-Jacobi Theory and Transition to Quantum Mechanics
9. Small Oscillations and Normal Modes (Coupled-Oscillators)
10. Dynamics of a Rigid Body
11. Noninertial and Rotating Coordinate Systems
12. Special Theory of Relativity-Lorentz Transformations
13. Relativistic Mechanics
14. Four Dimensional Formulation-Minkowski Space
15. Convariant Formulation of Electrodynamics
16. Nonlinear Dynamics and Chaos
978-93-5367-535-6
531 UPA-C
Classical Mechanics - New Delhi Himalaya Pub House 2013
1. Introductory Ideas
2. Langrangian Dynamics
3. Hamiltonian Dynamics
4. Two-Body Central Force Problem
5. Variational Principles
6. Canonical Transformations
7. Brackets and Liouville`s Theorem
8. Hamilton-Jacobi Theory and Transition to Quantum Mechanics
9. Small Oscillations and Normal Modes (Coupled-Oscillators)
10. Dynamics of a Rigid Body
11. Noninertial and Rotating Coordinate Systems
12. Special Theory of Relativity-Lorentz Transformations
13. Relativistic Mechanics
14. Four Dimensional Formulation-Minkowski Space
15. Convariant Formulation of Electrodynamics
16. Nonlinear Dynamics and Chaos
978-93-5367-535-6
531 UPA-C