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1-Vector for Mechanics: Fundamentals of scalar and vector quantities, vector representation, resultant of forces, and vector multiplication.
2-Equivalent Force Systems: Analysis of moments about points and axes, couple moments, transfer of forces on rigid bodies, and the reduction of force systems to a wrench.
3-Equilibrium of a Particle: Establishing conditions for equilibrium in 2D systems and mastering the construction of Free Body Diagrams (FBD).
4-Equilibrium of a Rigid Body: Procedures for equilibrium in two and three dimensions, including detailed Free Body Diagram applications.
5-Structural Analysis: Specialized techniques for the analysis of engineering structures, specifically focusing on Trusses and Frames.
6-Friction: Studying types of friction, factors affecting friction, practical problem-solving, and flat belt friction analysis.
7-Properties of an Area: Calculation of the Centre of Gravity, Centre of Mass, and Centroids for composite bodies, as well as determining the Area Moment of Inertia.
This course includes 4 modules, 12 lessons, and 6:57 hours of materials.
Introduction to statics – Scalar and vector quantities – Vector operations (addition, subtraction) – Resolution of forces – Force vectors in 2D and 3D – Position vectors – Unit vectors – Direction cosines – Resultant of force systems – Problem solving.
Examples on introduction to statics – Scalar and vector quantities – Vector operations (addition, subtraction) – Resolution of forces – Force vectors in 2D and 3D – Position vectors – Unit vectors – Direction cosines – Resultant of force systems – Problem solving.
Examples on introduction to statics – Scalar and vector quantities – Vector operations (addition, subtraction) – Resolution of forces – Force vectors in 2D and 3D – Position vectors – Unit vectors – Direction cosines – Resultant of force systems – Problem solving.
Introduction to statics – Scalar and vector quantities – Vector operations (addition, subtraction) – Resolution of forces – Force vectors in 2D and 3D – Position vectors – Unit vectors – Direction cosines – Resultant of force systems – Problem solving.
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