Applied Strength Of Materials 6th Edition

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 Iron
  • 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