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Analytical mechanics

SKU: 0013002083

51,75 SAR Tax inclusive

Analytical mechanics has many applications in mathematics, physics, and engineering, especially in quantum mechanics, wave mechanics, statistical mechanics, calculus of variations, optimization, dynamical systems, and differential equations, and the methods presented in the book material are general mathematical methods that rely on Lagrange and Hamilton's equations, which are the development of Newton's laws, which formulate mathematical issues in a modern formulation that leads to ease of handling them, especially difficult issues.

Description

Book description:

  • Author's name: Abulnour Abdullah 

  • Number of pages: 367 pages

  • The subject of the book: The book is about analytical mechanics

The contents of the book:

Chapter One

  1. Restrictions and their types

  2. Types of Mechanical Systems

  3. Generalized coordinates 

  4. Coordinate transformation equations

  5. Generalized speeds

  6. Group degrees of freedom 

  7. Small displacements in coordinates

  8. Generalized forces 

  9. Kinetic energy and generalized momentum

  10. Conservative and non-conservative groups

  11. Examples and exercises

Chapter Two

  1. Lagrange Equations for Fully Constrained Sets

  2. Applications of using procedural equations

  3. Lagrangian equations for infinitely restricted sets

  4. Lagrange and momentum equations 

Chapter Three

  1. Definition of generalized momentum

  2. Definition of the Hamiltonian function

  3. Deriving Hamilton's equations

  4. Examples and exercises

Chapter Four

  1. Hamilton's Principle of Lesser Impact or Lesser Action) 

  2. Hamilton's Rule (Principle)

  3. Deriving Lagrangian equations from Hamilton's principle 

  4. Examples and exercises

Chapter Five

  1. Periodic or neglected coordinates

  2. Methods for studying dynamical problems with neglected coordinates

  3. Routh's function and equations 

Chapter Six

  1. Legal or solicitation conversions

  2. Generating functions

  3. The requirement for legal transfers 

  4. The Hamilton-Jacobi Equation

  5. Examples and exercises 

Chapter Seven

  1. Brackets for garters

  2. Poisson bows 

  3. Properties of Poisson brackets

  4. Test the legality of the conversion using Poisson brackets and no algebra

  5. Examples and exercises 

Chapter Eight

  1. Definitions 

  2. Law of Momentum and Angular Acceleration 

  3. The kinetic energy of a body in planar motion

  4. The angular momentum of the coherent body

  5. Studying the motion of a compound pendulum

  6. Studying a ball rolling down a rough inclined plane

  7. Supplements 

  8. References

 

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Additional information

Weight 1 kg
Dimensions 20 x 20 x 20 x 20 cm
Author of the book