Statics is a fundamental discipline in engineering mechanics, focusing on the study of forces, equilibrium, and structural stability in stationary systems. Mastering Statics: Principles and Applications in Engineering Mechanics is designed to equip learners with a deep understanding of force systems, equilibrium conditions, and the mechanics governing rigid bodies and structures. Whether you're preparing for an engineering degree, working in mechanical, civil, aerospace, or structural engineering, or simply interested in understanding the principles behind load-bearing systems, this course will provide you with the necessary tools to analyze and solve real-world statics problems.

The course begins with an introduction to statics and engineering mechanics, outlining key concepts such as forces, equilibrium, and vector analysis. You’ll explore how forces interact in mechanical systems, learning about resultant forces, equilibrant forces, and force decomposition through numerical examples. Moving forward, the course delves into the equilibrium of particles, introducing the parallelogram law of forces, Lami’s theorem, and practical methods for force resolution and composition.

A major section of this course focuses on rigid body equilibrium, covering internal and external forces, moments of force, and the principle of transmissibility. You’ll also study structural analysis of beams and support reactions, gaining practical knowledge of load distribution, beam stability, and reaction force calculations essential for civil and mechanical engineering applications.

The course further explores centroid and center of gravity, demonstrating their significance in engineering design and structural stability. You’ll engage in numerical examples to calculate centroids and understand their real-world applications in designing structures and mechanical components. The moment of inertia module introduces the second moment of area, a crucial factor in beam design and material strength analysis.

A key aspect of mechanical systems is friction, which plays a vital role in engineering applications. This course provides a detailed analysis of friction forces, classifications of friction, and the fundamental laws governing frictional motion. By the end of the course, you will have a thorough understanding of statics principles and their applications in engineering.