Structural Forces: Tension, Compression & Trusses

Have you ever wondered what keeps buildings, bridges, and other structures standing strong? It all comes down to how they handle fundamental internal forces. This course demystifies the essential concepts of tension and compression, the two primary forces at play in nearly every structure you encounter. By the end of this course, you will be equipped with the foundational knowledge to interpret structural behavior, evaluate common structural elements like trusses, and grasp the unique mechanics that make tensegrity structures so distinctive. What you'll learn: * Understand the core definitions and principles of tension and compression in structural components. * Analyze how various engineering materials respond differently to tensile and compressive forces. * Identify and classify common types of structural loads and their impact on internal force distribution. * Apply principles of equilibrium to determine internal forces within different truss configurations. * Evaluate structural determinacy to understand the stability and analytical solvability of a system. * Explore the distinct characteristics and design concepts behind innovative tensegrity structures. This course begins with essential definitions and theoretical foundations, then progresses through material responses and different load types. You will then apply these concepts to analyze truss structures, understand structural determinacy, and conclude with an exploration of tensegrity systems. This course is designed for absolute beginners with no prior engineering or structural analysis experience. Begin your journey into structural engineering by mastering these fundamental forces.