The safety analysis of marine engineering structures in diverse oceanic environments and amidst multiple hazard scenarios is a pivotal concern in the maritime engineering domain. The intricate interplay of ocean dynamics and the looming threats of natural disasters like hurricanes, tsunamis, and earthquakes poses formidable challenges to these structures. This Research Topic endeavors to scrutinize the impacts of oceanic settings and concurrent hazards on the safety of marine engineering structures while offering proactive measures and risk mitigation strategies. Through comprehensive assessments of wave dynamics, tidal forces, and environmental variables, it aims to elucidate their profound influences on structural behaviors. Moreover, by investigating the combined effects of various hazards, it seeks to devise strategies for holistic risk management. This Research Topic will also spotlight innovative approaches and practical experiences in dynamic response analysis, structural safety assessment, and real-time monitoring systems, thereby fostering advancements in marine engineering safety research and practice.

The primary objective of this Research Topic is to advance understanding and practices related to the safety analysis of marine engineering structures in dynamic oceanic environments and multi-hazard scenarios. Through rigorous examination of wave dynamics, tidal forces, environmental factors, and the combined effects of various hazards, the goal is to provide insights into enhancing the resilience and integrity of marine structures. Additionally, the Research Topic aims to foster the development and adoption of innovative methodologies for dynamic response analysis, structural safety assessment, and real-time monitoring systems. By disseminating cutting-edge research findings and practical experiences, the ultimate goal is to facilitate the implementation of effective strategies to mitigate risks and ensure the safety of marine engineering structures worldwide.

We welcome submissions covering a broad spectrum of themes including, but not restricted to, the following areas:
1. Overview of the challenges arising from ocean environments and multiple hazards on marine engineering structures;
2. Historical perspective on the evolution of safety analysis in the context of marine engineering;
3. Analysis of wave dynamics, tidal forces, and other environmental factors affecting marine structures;
4. Case studies highlighting the impact of different ocean conditions on structural behavior.
5. Investigation into the combined effects of various hazards such as hurricanes, tsunamis, and earthquakes on marine structures;
6. Strategies for assessing and mitigating the risks associated with multiple simultaneous hazards;
7. Numerical simulations and modeling techniques for predicting the dynamic response of marine engineering structures;
8. Experimental studies on the dynamic behavior of structures under varying environmental and hazard conditions;
9. Reliability-based approaches for evaluating the safety and integrity of marine structures, alongside advanced methodologies for assessing the structural vulnerability to dynamic forces and developing safety margins;
10. Monitoring and control strategies for early detection of damage and resilience enhancement of marine structures during dynamic events;
11. Engineering practices and case studies demonstrating marine structure in challenging environments, including successful implementations of safety measures in response to dynamic environmental conditions.

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Frontiers in Built Environment

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