Introduction to Wave Hydrodynamics

Understanding the motion of water waves is essential for coastal engineering, marine construction, and offshore design. This course provides a structured introduction to wave hydrodynamics, translating complex fluid equations into accessible, practical knowledge. You will progress from foundational fluid mechanics to advanced wave-structure interactions. By completing this text-only course, you will be able to analyze wave behavior, calculate wave forces on marine structures, and apply mathematical models to real-world coastal scenarios. You will gain a solid theoretical foundation supported by clear derivations and practical engineering examples. What you'll learn: - Understand the core principles of fluid dynamics and governing equations for ocean waves - Apply linear wave theory (Airy wave theory) to calculate wave properties and particle kinematics - Analyze wave deformation processes including refraction, diffraction, and shoaling - Calculate wave-induced forces on offshore structures using Morison's equation - Practice evaluating wave energy, power, and deep-to-shallow water transitions - Study modern coastal engineering challenges, including sea-level rise and wave-structure interaction basics This course begins with essential fluid mechanics terminology and foundational definitions before guiding you through wave kinematics, dynamics, and engineering applications. It is designed for engineering students, coastal planners, and marine enthusiasts looking for a comprehensive, mathematics-based introduction to ocean waves. No advanced background in oceanography is required, though basic calculus and physics are recommended. Start reading today to master the mechanics of the ocean.