Structural Dynamics and Vibration Analysis with Python

Understanding how structures respond to dynamic loads and mechanical vibrations is essential for modern civil and structural engineering. This text-based course guides you through foundational structural dynamics concepts and demonstrates how to implement mathematical models directly using Python. What you'll learn: Understand core dynamic terminology, governing differential equations, and vibration principles; Analyze single-degree-of-freedom systems under free and forced vibrations; Evaluate multiple-degree-of-freedom systems using modal analysis techniques; Incorporate viscous damping and dynamic amplification factors into structural models; Apply scientific Python libraries to solve time-history dynamics problems; Practice constructing basic numerical algorithms to evaluate complex structural responses. You will start with essential definitions and theoretical foundations before reading through clear, written code examples and engineering scenarios. Designed for civil engineering students, structural technicians, and practicing engineers seeking a beginner-friendly introduction to computational dynamics. Begin your study today to master structural vibration modeling with Python.