Mechanics Of Materials 8th Edition, Si Units

<p><SPAN>1) Introduction-Concept ofStress</SPAN></P><p></P><p></P><p><SPAN>2) Stress and Strain-AxialLoading</SPAN></P><p></P><p></P><p><SPAN>3) Torsion</SPAN></P><p></P><p></P><p><SPAN>4) Pure Bending</SPAN></P><p></P><p></P><p><SPAN>5) Analysis and Design ofBeams for Bending</SPAN></P><p></P><p></P><p><SPAN>6) Shearing Stresses inBeams and Thin-Walled Members</SPAN></P><p></P><p></P><p><SPAN>7) Transformations ofStress and Strain</SPAN></P><p></P><p></P><p><SPAN>8) Principal StressesUnder a Given Loading</SPAN></P><p></P><p></P><p><SPAN>9) Deflection of Beams</SPAN></P><p></P><p></P><p><SPAN>10) Columns</SPAN></P><p></P><p></P><p><SPAN>11) Energy Methods</SPAN></P><p></P><p></P><p><SPAN><B>Appendices</B></SPAN></P><p></P><p></P><p><SPAN>A - Principal Units Usedin Mechanics</SPAN></P><p></P><p></P><p><SPAN>B - Centroids and Momentsof Areas</SPAN></P><p></P><p></P><p><SPAN>C - Centroids and Momentsof Inertia of Common Geometric Shapes</SPAN></P><p></P><p></P><p><SPAN>D - Typical Properties ofSelected Materials Used in Engineering</SPAN></P><p></P><p></P><p><SPAN>E - Properties ofRolled-Steel Shapes</SPAN></P><p></P><p></P><p><SPAN>F - Beam Deflections andSlopes</SPAN></P><p></P><p></P><SPAN>G - Fundamentals ofEngineering Examination</SPAN>