"Giant Waves" explores the science behind rogue waves, those unexpectedly massive ocean waves once dismissed as maritime myths. It investigates how these waves form, the significant dangers they pose to maritime safety and infrastructure, and the technological advancements used to detect and predict them. The book reveals that rogue waves, often several times larger than surrounding waves, can appear suddenly and with immense force, posing a significant threat to ships and offshore structures.
The book examines historical accounts and survivor stories alongside scientific data, emphasizing the need for a multidisciplinary approach encompassing oceanography, meteorology, and engineering to understand these extreme events. It highlights how increased global shipping and offshore energy exploration amplify the urgency of understanding and mitigating the risks associated with rogue waves. For example, the book discusses how constructive interference, wave-current interaction, and nonlinear effects can contribute to the formation of these ocean giants.
The book progresses logically, starting with basic ocean wave theory and moving through mechanisms of rogue wave formation, case studies, and current research efforts involving satellite altimetry and buoy networks. It concludes with practical steps to improve maritime safety and infrastructure resilience, offering valuable insights for students, researchers, maritime professionals, and anyone interested in the science of extreme ocean events.
