Development and research of an automated system for preventing critical shock and wave loads

Abstract

This paper presents the development and research of an automated system designed to prevent critical impact-wave loads in coastal zones. The system aims to improve the safety and durability of coastal structures by providing real-time monitoring and prediction of wave forces. The study includes the design of a piezoelectric sensor system, numerical simulations of wave transformation, and experimental validation of the system in a laboratory basin. The results demonstrate the system’s effectiveness in detecting and responding to critical wave impacts.