Composite hull structures subjected to wave-induced slamming impact

Abstract

This paper presents a review of the state-of-the-art concerning composite hull structures subjected to wave-induced slamming load. Slamming is one of the critical load components that can influence the behavior of marine structures and can result in micro- or macro-level damage. Emphasis of the review is placed on fundamental issues with regard to the interaction between composite hulls and slamming events, including material characteristics, structural configurations, hydroelasticity, and the nature of wave-generated impact load. Practical aspects such as design implementation are also discussed. Recent developments in predictive approaches (e.g. multi-scale modeling) and hybrid testing methodologies are elaborated. Current research needs are identified and technical topics requiring further study are suggested.