Statics & Strength of Materials
- Understanding force and its vector concept in its use in rigid and deformable mechanics
- Concept of statics, dynamics, equilibrium and deformability of materials, definitions of moment of a force about a point, moment of a force about an axis
- The moment of a force couple with respect to a point and axis, the concept of an equivalent force system, examining the resultant of a force system, examining equilibrium in statics.
- Specific discussion of beams, trusses, and cables, the concept of the center of the plane and the first moment of the plane relative to the coordinate axes, the definition of the second moment of the plane relative to the axes
- Investigating the second moment of the surface with respect to the new axes of the coordinates parallel to the previous axes, the product of the surface inertia and the surface moment of inertia
- Investigating the second moment of the surface with respect to the new axes of the coordinates parallel to the previous axes, the product of the surface inertia and the surface moment of inertia
- Investigating the second moment of the surface with respect to new coordinate axes that have been rotated with respect to the previous axes, defining the principal axes in assessing the rotation of the axes
- The concept of strength of materials and deformability, the concept of stress and its instrumental recognition, stress on a surface perpendicular to the axis of the part and on a diagonal cutting surface.
- Understanding the mechanical properties of stress and strain, the concept of yield stress, ultimate stress and ultimate stress, determining the thickness of distillation towers
- The concept of elasticity and plasticity, examining the stress-strain diagram and its use for the safe use of materials in relation to stress tolerance
- Thermal expansion and resulting stress, axial strain, lateral strain, and an examination of the concept of the important Poisson effect in one-dimensional and three-dimensional
- Tests related to torsion and torsion angle, bending and determining the resulting stress and strain, and tests related to bending and determining the deflection and slope of beams