This course introduces students to the fundamental principles of statics, focusing on the analysis of forces acting on bodies at rest and the mathematical techniques used to solve engineering equilibrium problems. The module provides a solid theoretical foundation combined with practical problem-solving skills essential for further studies in mechanical and marine engineering.
Students will learn to calculate the resultant of force systems and apply equilibrium equations to solve both two-dimensional and three-dimensional statically determined problems. Emphasis is placed on understanding force interactions in structures such as frames, beams, and trusses, and how equilibrium conditions ensure stability.
Topics include the equilibrium of rigid bodies, enabling students to analyze and calculate centers of gravity, support reactions, and force distributions. The course also covers the calculation of mechanisms, introducing linkage systems, constraints, and motion-limiting characteristics relevant to engineering applications.