| 1 | Introduction | [1] s.10-18; [2] s.5-16; [3] s.8-14 |
| 2 | Force Vectors and Force Systems, Particle Balance | [1] s. 19-22; [2] s.16-19; [3] s.14-19 |
| 3 | Momentum and Equivalent Force Systems, Free Body Diagrams | [1] s.22-32; [2] s.19-26; [3] s.19-24 |
| 4 | Fixed Body Stability | [1] s.32-45; [2] s.26-32; [3] s.24-44 |
| 5 | Structural Analysis of Beams | [1] s.45-63; [2] s.32-38; [3] s.44-54 |
| 6 | Internal Forces in Beams and Columns | [1] s.63-76; [2] s.38-53; [3] s.54-69; |
| 7 | Deformable Bodies, Stress and Stress Concept, Mechanical Properties of Materials and Hooke's Law | [1] s.85-92; [2] s.56-60; [3] s.81-94 |
| 8 | Axial Load, Axial Deformations on Rods | [1] s.93-102; [2] s.62-72; [3] s.95-106 |
| 9 | Internal Force Diagrams | [1] s.102-112; [2] s72-85; [3] s.106-114 |
| 10 | Simple Bending | [1] s.115-124; [2] s.86-92; [3] s.115-124 |
| 11 | Beam Design | [1] s.128-132; [2] s.94-102; [3] s.125-134 |
| 12 | Course overview (Static) | [1] s.133-142; [2] s.103-112; [3] s.136-144 |
| 13 | Course review (Strength) | [1] s.145-162; [2] s.115-132; [3] s.146-154 |