User:Michaelrendier/Books/Classical Mechanics

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 * Classical mechanics
 * History of classical mechanics
 * Timeline of classical mechanics


 * Branches
 * Applied mechanics
 * Celestial mechanics
 * Continuum mechanics
 * Analytical dynamics
 * Kinematics
 * Kinetics (physics)
 * Statics
 * Statistical mechanics


 * Fundamentals
 * Acceleration
 * Angular momentum
 * Couple (mechanics)
 * D'Alembert's principle
 * Energy
 * Kinetic energy
 * Potential energy
 * Force
 * Frame of reference
 * Impulse (physics)
 * Inertia
 * Moment of inertia
 * Mass
 * Power (physics)
 * Work (physics)
 * Moment (physics)
 * Momentum
 * Space
 * Speed
 * Time
 * Torque
 * Velocity
 * Virtual work


 * Formulations
 * Newton's laws of motion
 * Analytical mechanics
 * Lagrangian mechanics
 * Hamiltonian mechanics
 * Routhian mechanics
 * Hamilton–Jacobi equation
 * Appell's equation of motion
 * Udwadia–Kalaba equation


 * Core Topics
 * Damping
 * Damping ratio
 * Displacement (vector)
 * Equations of motion
 * Euler's laws of motion
 * Fictitious force
 * Friction
 * Harmonic oscillator
 * Inertial frame of reference
 * Non-inertial reference frame
 * Mechanics of planar particle motion
 * Motion (physics)
 * Linear motion
 * Newton's law of universal gravitation
 * Relative velocity
 * Rigid body
 * Rigid body dynamics
 * Euler's equations (rigid body dynamics)
 * Simple harmonic motion
 * Vibration


 * Rotation
 * Circular motion
 * Rotating reference frame
 * Centripetal force
 * Centrifugal force
 * Reactive centrifugal force
 * Coriolis effect
 * Pendulum (mathematics)
 * Rotational speed
 * Angular acceleration
 * Angular displacement
 * Angular frequency
 * Angular velocity


 * Scientists
 * Galileo Galilei
 * Isaac Newton
 * Johannes Kepler
 * Jeremiah Horrocks
 * Edmond Halley
 * Leonhard Euler
 * Jean le Rond d'Alembert
 * Alexis Clairaut
 * Joseph-Louis Lagrange
 * Pierre-Simon Laplace
 * William Rowan Hamilton
 * Siméon Denis Poisson
 * Daniel Bernoulli
 * Johann Bernoulli
 * Augustin-Louis Cauchy