1. Basic concepts of mechanics of rigid bodies, force system about common field of action.
2. Moment of force, force pair, general force system.
3. Center of gravity of lines and surfaces.
4. Bonds, straight beams, internal static effects.
5. Direct beams, internal static effects.
7. Passive resistances, body on the plane with resistance.
8. Kinematics and dynamics of mass point motion, rectilinear motion, uniform motion, uniformly accelerated motion.
9. Assumptions for solving elasticity and strength problems, cutting method, tensile and compressive stress. Tensile test of material.
10. Practical example of tensile test, other basic types of stress.
11. Relationships describing basic types of stress and differences between them.
12. The concept of allowable voltage and reduced voltage.
13. Basic groups of construction materials. Bonds in solids. Crystalline and amorphous structure. Groups
metals and crystal structures.
14. Repetition of the curriculum.
2. Moment of force, force pair, general force system.
3. Center of gravity of lines and surfaces.
4. Bonds, straight beams, internal static effects.
5. Direct beams, internal static effects.
7. Passive resistances, body on the plane with resistance.
8. Kinematics and dynamics of mass point motion, rectilinear motion, uniform motion, uniformly accelerated motion.
9. Assumptions for solving elasticity and strength problems, cutting method, tensile and compressive stress. Tensile test of material.
10. Practical example of tensile test, other basic types of stress.
11. Relationships describing basic types of stress and differences between them.
12. The concept of allowable voltage and reduced voltage.
13. Basic groups of construction materials. Bonds in solids. Crystalline and amorphous structure. Groups
metals and crystal structures.
14. Repetition of the curriculum.