by J. B. Tatum
Publisher: University of Victoria 2013
Contents: Centres of Mass; Moment of Inertia; Systems of Particles; Rigid Body Rotation; Collisions; Motion in a Resisting Medium; Projectiles; Impulsive Forces; Conservative Forces; Rocket Motion; Simple and Damped Oscillatory Motion; Forced Oscillations; Lagrangian Mechanics; Hamiltonian Mechanics; Special Relativity; Hydrostatics; Vibrating Systems; The Catenary; The Cycloid; etc.
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by Eric L. Michelsen - UCSD
The purpose is to develop an accurate physical, conceptual, geometric, and pictorial understanding of important mechanics topics, from basic principles through Lagrangian and Hamiltonian mechanics, including rotation, oscillations, and more.
by James E. Boyd - McGraw-Hill
This book is intended to give a working knowledge of the principles of Mechanics and to supply a foundation upon which study of Strength of Materials, Stresses in Structures, Machine Design, and other courses of more technical nature may rest.
by Daniel Arovas - University of California, San Diego
The level of these notes is appropriate for an advanced undergraduate or a first year graduate course in classical mechanics. I have included many worked examples within the notes, as well as in the final chapter, which contains solutions...
by Jeremy Heyl - The University of British Columbia
Contents: Linear Motion; Energy and Angular Momentum; The Principle of Least Action; Central Forces; Rotating Frames; Conservative Systems; Many-Particle Systems; Rigid Bodies; Continuum Mechanics; Small Oscillations and Perturbed Motion; etc.