Engineering Mechanics: Statics and Dynamics |
Contents
General Principles | 3 |
Equilibrium of a Particle | 45 |
Equilibrium of a Rigid Body | 135 |
Copyright | |
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angle angular acceleration angular momentum angular velocity axes axis ball beam block cable center of gravity center of mass centroid coefficient of friction components computed constant curve determine the velocity direction disk displacement Dynamics Engineering Mechanics equations of equilibrium Example external forces F₁ force F force system forces acting free-body diagram frictional force ft 2 ft ft Prob ft/sec Hence horizontal impulse and momentum instant shown kinematic diagrams Kinematics kinetic energy kips lb Prob lb-ft lb/ft line of action loading located mass center moment of inertia moments of inertia moves obtain particle path perpendicular plate potential energy problems product of inertia pulley rad/sec radius of gyration reactions represents respect resultant force right-hand rule rigid body rotation scalar shaft shear shown in Fig Solution solving speed Statics surface T₁ T₂ tension v₁ vertical wheel zero ΣΜ