Applied strength of materials /
Mott, Robert L.
Applied strength of materials / Robert L. Mott. - 5th edition. - Upper Saddle River, N.J. : Pearson/Prentice Hall, c2008. - xv, 776 p. : ill. (some col.) ; 26 cm. 1 CD-ROM (4 3/4 in.)
Contents
Preface
1. Basic concepts in strength of materials
1.1 Objective of this book-To ensure safety
1.2 Objectives of this chapter
1.3 Problem-solving procedure, etc
2. Design properties of materials
2.1 Objectives of this chapter
2.2 Design properties of materials
2.3 Steel, etc
3. Direct stress, Deformation, and Design
3.1 Objectives of this chapter
3.2 Design of members under direct tension or compression
3.3 Design normal stress, etc
4. Torsional shear stress and Torsional Deformation
4.1 Objectives of this chapter
4.2 Torque, power, and rotational speed
4.3 Torsional shear stress i members with circular cross section, etc
5. Shearing forces and Bending Moments in Beams
5.1 Objectives of this chapter
5.2 Beam loading, supports and types of beams
5.3 Reactions at supports, et c
6. Centroids and moments of Inertia of Areas
6.1 Objectives of this chapter
6.2 The concept of centroid-Simple shapes
6.3 Centroid of complex shapes, etc
7. Stress Due to Bending
7.1 Objectives of this chapter
7.2 The flexure formula
7.3 conditions on the use of flexure formula, etc
8. Shearing stresses in beam
8.1 Objectives of this chapter
8.2 Importance of shearing stresses in the beam
8.3 The general shear formula, etc
9. Deflection of beams
9.1 Objectives of this chapter
9.2 The stress element
9.3 General principles of definitions of terms, etc
10. Combined Stresses
10.1 Objectives of this chapter
10.2 The stress element
10.3 Stress distribution created by basic stresses, etc
11. Columns
11.1 Objectives of this chapter
11.2 Slenderness Ratio
11.3 Transition Slenderness Ratio, etc
12. Pressure vessels
12.1 Slenderness Ratio
12.2 Distinction between Thin-walled and Thick-walled pressure vessels
12.3 Thin-Walled spheres, etc
13. Connections
13.1 Slenderness Ratio
13.2 Modes of failure for Bolted joints
13.3 Design of bolted connections, etc
Index : p. 771-776
0132082810 9780132082815
Strength of materials.
620.1 / MOT.
Applied strength of materials / Robert L. Mott. - 5th edition. - Upper Saddle River, N.J. : Pearson/Prentice Hall, c2008. - xv, 776 p. : ill. (some col.) ; 26 cm. 1 CD-ROM (4 3/4 in.)
Contents
Preface
1. Basic concepts in strength of materials
1.1 Objective of this book-To ensure safety
1.2 Objectives of this chapter
1.3 Problem-solving procedure, etc
2. Design properties of materials
2.1 Objectives of this chapter
2.2 Design properties of materials
2.3 Steel, etc
3. Direct stress, Deformation, and Design
3.1 Objectives of this chapter
3.2 Design of members under direct tension or compression
3.3 Design normal stress, etc
4. Torsional shear stress and Torsional Deformation
4.1 Objectives of this chapter
4.2 Torque, power, and rotational speed
4.3 Torsional shear stress i members with circular cross section, etc
5. Shearing forces and Bending Moments in Beams
5.1 Objectives of this chapter
5.2 Beam loading, supports and types of beams
5.3 Reactions at supports, et c
6. Centroids and moments of Inertia of Areas
6.1 Objectives of this chapter
6.2 The concept of centroid-Simple shapes
6.3 Centroid of complex shapes, etc
7. Stress Due to Bending
7.1 Objectives of this chapter
7.2 The flexure formula
7.3 conditions on the use of flexure formula, etc
8. Shearing stresses in beam
8.1 Objectives of this chapter
8.2 Importance of shearing stresses in the beam
8.3 The general shear formula, etc
9. Deflection of beams
9.1 Objectives of this chapter
9.2 The stress element
9.3 General principles of definitions of terms, etc
10. Combined Stresses
10.1 Objectives of this chapter
10.2 The stress element
10.3 Stress distribution created by basic stresses, etc
11. Columns
11.1 Objectives of this chapter
11.2 Slenderness Ratio
11.3 Transition Slenderness Ratio, etc
12. Pressure vessels
12.1 Slenderness Ratio
12.2 Distinction between Thin-walled and Thick-walled pressure vessels
12.3 Thin-Walled spheres, etc
13. Connections
13.1 Slenderness Ratio
13.2 Modes of failure for Bolted joints
13.3 Design of bolted connections, etc
Index : p. 771-776
0132082810 9780132082815
Strength of materials.
620.1 / MOT.