Explore how explosions generate water waves and learn the math behind real-world patterns.
This nonfiction work presents a clear, step-by-step look at wave production in finite-depth water. It explains the differences between initial impulse and surface displacement, and shows how the wave pattern is shaped by distance, time, and the initial energy.
- Learn how initial impulse and initial elevation influence wave height and speed
- See how the math uses stationary phase and Hankel transforms to predict patterns
- Understand the roles of energy, wavelength, and bore formation in surface waves
- Discover how different initial shapes affect the presence of secondary maxima and bore behavior
Ideal for readers of applied physics and engineering who want a grounded, technical view of explosive-induced waves without fictional narrative distractions. This edition is suited for students, researchers, and professionals seeking a practical, formula-driven understanding.