MECHANICS OF SOLIDS 1.1Introduction.. 1.2Statics. Vectors. Equilibrium of Particles. Free-body Diagrams • Forces 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 1.3Dynamics. Kinematics of Particles • Kinetics of Particles • Kinetics of Systems of Particles • Kinematics of Rigid Bodies • Kinetics of Rigid Bodies in Plane Motion • Energy and Momentum Methods for Rigid Bodies in Plane Motion • Kinetics of Rigid Bodies in Three Dimensions 1.4Vibrations. 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 1.5Mechanics of Materials.. Stress • Strain • Mechanical Behaviors and Properties of Materials • Uniaxial Elastic Deformations • Stresses in Beams • Deflections of Beams • Torsion • Statically Indeterminate Members • Buckling • Impact Loading • Combined Stresses • Pressure Vessels • Experimental Stress Analysis and Mechanical Testing 1.6Structural Integrity and Durability. Finite Element Analysis. Stress Concentrations • Fracture Mechanics • Creep and Stress Relaxation • Fatigue 1.7Comprehensive Example of Using Mechanics of Solids Methods The Project • Concepts and Methods
MECHANICS OF SOLIDS
1.1Introduction..
1.2Statics.
Vectors. Equilibrium of Particles. Free-body Diagrams • Forces
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
1.3Dynamics.
Kinematics of Particles • Kinetics of Particles • Kinetics of
Systems of Particles • Kinematics of Rigid Bodies • Kinetics
of Rigid Bodies in Plane Motion • Energy and Momentum
Methods for Rigid Bodies in Plane Motion • Kinetics of Rigid
Bodies in Three Dimensions
1.4Vibrations.
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
1.5Mechanics of Materials..
Stress • Strain • Mechanical Behaviors and Properties of
Materials • Uniaxial Elastic Deformations • Stresses in Beams
• Deflections of Beams • Torsion • Statically Indeterminate
Members • Buckling • Impact Loading • Combined Stresses •
Pressure Vessels • Experimental Stress Analysis and
Mechanical Testing
1.6Structural Integrity and Durability.
Finite Element Analysis. Stress Concentrations • Fracture
Mechanics • Creep and Stress Relaxation • Fatigue
1.7Comprehensive Example of Using Mechanics of Solids
Methods
The Project • Concepts and Methods
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