Applied Strength Of Materials 6th Edition
Contents
- Basic Concepts In Strength Of Materials
- The Big Picture
- Objective Of This Book: To Ensure Safety
- Objectives Of This Chapter
- Problem Solving Procedure
- Basic Unit Systems
- Relationship Among Mass, Force, And Weight
- Concept Of Stress
- Direct Normal Stress
- Stress Elements For Direct Normal Stresses
- Concept Of Strain
- Direct Shear Stress
- Applied Strength Of Materials
- Stress Elements For Shear Stresses
- Preferred Sizes And Screw Threads
- Structural Shapes
- Experimental And Computational Stress Analysis
- Review Of The Fundamentals Of Statics
- Design Properties Of Materials
- The Big Picture
- Objectives Of This Chapter
- Design Properties Of Materials
- Steel
- Cast Ir on
- Aluminum
Copper, Brass, And Bronze
- Zinc, Magnesium, Titanium, And Nickel Based Alloys
- Nonmetals In Engineering Design
- Wood
- Concrete
- Plastics
- Composites
- Materials Selection
- Direct Stress, Deformation, And Design
- The Big Picture
- Objectives Of This Chapter
- Design Of Members Under Direct Tension Or Compression
- Design Normal Stresses
- Design Factor
- Applied Strength Of Materials
- Design Approaches And Guidelines For Design Factors
- Methods Of Computing Design Stress
- Elastic Deformation In Tension And Compression Members
- Deformation Due To Temperature Changes
- Thermal Stress
- Members Made Of More Than One Material
- Stress Concentration Factors For Direct Axial Stresses
- Bearing Stress
- Design Bearing Stress
