Description
CRC Press Applied Strength Of Materials 7Th Edition by Robert L. Mott, Joseph A. Untener
This Text Is An Established Bestseller In Engineering Technology Programs, And The Seventh Edition Of Applied Strength Of Materials Continues To Provide Comprehensive Coverage Of The Mechanics Of Materials. Focusing On Active Learning And Consistently Reinforcing Key Concepts, The Book Is Designed To Aid Students In Their First Course On The Strength Of Materials.Introducing The Theoretical Background Of The Subject, With A Strong Visual Component, The Book Equips Readers With Problem-Solving Techniques. The Updated Seventh Edition Incorporates New Technologies With A Strong Pedagogical Approach. Emphasizing Realistic Engineering Applications For The Analysis And Design Of Structural Members, Mechanical Devices, And Systems, The Book Includes Such Topics As Torsional Deformation, Shearing Stresses In Beams, Pressure Vessels, And Design Properties Of Materials. A "Big Picture" Overview Is Included At The Beginning Of Each Chapter, And Step-By-Step Problem-Solving Approaches Are Used Throughout The Book.Featuresincludes "The Big Picture" Introductions That Map Out Chapter Coverage And Provide A Clear Context For Readerscontains Everyday Examples To Provide Context For Students Of All Levelsoffers Examples From Civil, Mechanical, And Other Branches Of Engineering Technologyintegrates Analysis And Design Approaches For Strength Of Materials, Backed Up By Real Engineering Examplesexamines The Latest Tools, Techniques, And Examples In Applied Engineering Mechanicsthis Book Will Be Of Interest To Students In The Field Of Engineering Technology And Materials Engineering As An Accessible And Understandable Introduction To A Complex Field. Table Of Contents - 1. Basic Concepts In Strength Of Materials2. Design Properties Of Materials3. Direct Stress, Deformation, And Design4. Design For Direct Shear, Torsional Shear, And Torsional Deformation5. Shearing Forces And Bending Moments In Beams6. Centroids And Moments Of Inertia Of Areas7. Stress Due To Bending8. Shearing Stresses In Beams9. Deflection Of Beams10. Combined Stresses11. Columns12. Pressure Vessels13. Connections14. Thermal Effects And Elements Of More Than One Material