Statics
- Vector Mechanics, Force Measurement Systems and Units
- Particle Equilibrium in the Space by introducing principles of mathematical vector operations, the rule of sines and cosines
- Force and Torque Calculations, Determination of Equivalent Forces, and Sketching Free Body Diagram
- Equilibrium of rigid bodies including identification of stable, unstable, definite and indefinite static structures in the plane and space, establishing equilibrium equations of force and torque
- Geometric properties of curves, surfaces and volumes including centroid, center of gravity, Golden and Pappus Theorem
- 2D Trusses and 3D Trusses: Introducing Analytical and Graphical including joint equilibrium and cross section
- Beam Analysis including determination of shear and bending forces and sketching shear and bending diagrams
- Cables Analysis under concentrated and extensive loads
- Friction Force and its rules in the Statics
- The Moment of Inertia and Methods of calculating this parameter for different types of cross sections
- The virtual work theorem and its usage for solving equilibrium problems