preface chapter 1 stresses and strains 1.1 what is mechanics of materials 1.2 basic assumptions of materials 1.3 external forces 1.4 internal forces 1.5 stresses 1.6 strains 1.7 deformations of members problems chapter 2 mechanical properties of materials 2.1 tensile or pressive test 2.2 tension of low-carbon steel 2.3 ductile and brittle materials 2.4 stress-strain curve of ductile materials without distinct yield point 2.5 percent elongation and percent reduction in area 2.6 hookes law 2.7 mechanical properties of materials in pression chapter 3 aal tension and pression of bars 3.1 definition of aal tension and pression 3.2 aal force 3.3 normal stress on cross section 3.4 saint-venants principle 3.5 normal and shearing stresses on oblique section 3.6 normal strain 3.7 deformation of aally loaded bar …… chapter 4 torsion of shafts chapter 5 shearing force and ben moment of beams chapter 6 normal stress and shearing stress in beams chapter 7 deflection and slope of beams chapter 8 analsis of stresses and teories of strength chapter 9 bined loas chapter 10 stability of columns chapter 11 energy methods chapter 12 dynamic loas chapter 13 statically indeterminate structures appendix i geometrical properties of areas appendix ii geometrical properties of rolled-steel shapes appendix iii moment of inertia and polar moment of inertia of monly-used areas appendix iv deflections and slopes of monly-used beams glossaries references
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