Mechanical Engineering Handbook by FRANK KREITH

Mechanical Engineering Handbook by FRANK KREITH

Introduction 
Vectors. 
Equilibrium of Particles. 
Free-body Diagrams 
Force on Rigid Bodies  
Equilibrium of Rigid Bodies 
Forces and Moments in Beams 
Simple Structures and Machines *
Distributed Forces 
Friction 
Work and Potential Energy 
Moments of Inertia
3 Dynamics 1-31
Kinematics of Particles 
Kinetics of Particles 
Kinetics of
Systems of Particles 
Kinematics of Rigid Bodies 
Kineticsof Rigid Bodies in Plane Motion 
Energy and Momentum
Methods for Rigid Bodies in Plane Motion 
Kinetics of Rigid
Bodies in Tkree Dimensions
4 Vibrations ...1-57
Undamped Free and Forced Vibrations 
Damped Free and
Forced Vibrations
Vibration Control 
Random Vibrations.
Shock Excitations 
Multiple-Degree-of-Freedom Systems.
Modal Analysis
Vibration-Measuring Instruments
5 Mechanics of Materials 1-67
Stress * Strain 
Mechanical Behaviors and Properties ofMaterials 
Uniaxial Elastic Defonnations 
Stresses in Beams
Deflections of Beams 
Torsion 
Statically Indeterminate
Members 
Buckling 
Impact Loading 
Combined Stresses 
Pressure Vessels 
Experimental Stress Analysis and
Mechanical Testing
6 Structural Integrity and Durability .1-104
Finite Element Analysis. Stress Concentrations 
Fracture Mechanics
Creep and Stress Relaxation 
Fatigue
7 Comprehensive Example of Using Mechanics of Solids
Methods 1-125
The Project 
Concepts and Methods

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