The study investigates the complex interplay between turbulent water flow and the structural integrity of granular materials used in coastal and riverine protection systems. The research focuses on understanding the mechanisms by which wave-induced turbulence can cause erosion and damage to breakwaters, revetments, and other forms of granular defenses. It aims to quantify the forces involved and develop predictive models for assessing the stability of these structures under various hydraulic conditions, drawing upon principles of fluid dynamics and soil mechanics.

This work is recognized as a specialized technical monograph contributing to the field of hydraulic and coastal engineering. Its detailed analysis of turbulence and granular mechanics provides a foundation for engineers and researchers involved in the design and maintenance of coastal defenses. The research is expected to inform more robust and resilient engineering practices for structures subjected to dynamic water forces.