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Practical Stress Analysis in Engineering Design
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Table of Contents

Fundamental Relations and Concepts
Forces and Force Systems
Simple Stress and Strain: Simple Shear Stress and Strain
Hooke's Law and Material Strength
Stress in Two and Three Dimensions
Strain in Two and Three Dimensions
Curvilinear Coordinates
Hooke's Law in Two and Three Dimensions

Straight and Long Structural Components: Beams, Rods, and Bars
Beams: Bending Stresses (Flexure)
Beams: Displacement from Bending
Beam Analysis Using Singularity Functions
Beam Bending Formulas for Common Configurations
Torsion and Twisting of Rods
Thick Beams: Shear Stress in Beams
Curved Beams
Stability: Buckling of Beams, Rods, Columns, and Panels
Shear Center

Plates, Panels, Flanges, and Brackets
Plates: Bending Theory
Plates: Fundamental Bending Configurations and Applications.
Panels and Annular Plate Closures
Flanges
Brackets
Special Plate Problems and Applications

Dynamic Loadings, Fatigue, and Fracture
Dynamic Behavior of Structures: A Conceptual Review
Elements of Seismic Design
Impact Stress Propagation
Fatigue
Fracture Mechanics: Design Considerations
Fracture Control

Piping and Pressure Vessels
Vessels with Internal Pressure
Externally Pressured Cylindrical Vessels and Structures
Buckling of Spherical Shell
Axial and Bending Response

Advanced and Specialized Problems
Special Cylinder Problems
Stress Concentration
Thermal Considerations
Axial Response of Straight and Tapered Bars
Thin Rings and Arches
Links and Eyebars
Springs
Irregular Shape Springs

About the Author

University of Cincinnati, Ohio, USA Lawrence Technological University, Southfield, Michigan, USA Battelle, Columbus, Ohio, USA

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