Resources

Ultrasea’s Knowledge Hub

Dive into our Knowledge Hub where we share a collection of valuable publications and white papers. Feel free to explore, read, or download any of the reference materials we’ve made available. Our aim is to provide you with insights and information that can assist you in understanding the latest trends and developments in our field..

The Future of Maritime Defense Systems

"The Future of Maritime Defense Systems" discusses the evolving threats to maritime assets and the necessity for maritime defense barriers and systems to adapt accordingly. The document highlights the shift from traditional static barriers to scalable and configurable solutions that can be customized for different environments and threats. It provides a brief history of maritime defense barriers, from rudimentary logs and chains to sophisticated boom tower systems and anti-submarine nets. The paper also addresses the challenges posed by modern threats such as unmanned surface and underwater vehicles, combat divers, and the potential use of swarms and artificial intelligence. It emphasizes the need for future maritime defense systems to be technologically advanced, scalable, dynamic, and capable of integrating with various sensors and interdiction devices to effectively counter the diverse and sophisticated threats faced today.

Analysis of Barrier and Netting Solutions for Subsurface Threat Mitigation

"Analysis of Barrier and Netting Solutions for Subsurface Threat Mitigation: Efficacy Challenges and Implications" explores the need for advanced non-lethal countermeasures, such as subsurface netting, to protect maritime assets from emerging threats posed by unmanned underwater vehicles (UUVs) and combat divers. The study conducts sensitivity analyses on various net systems deployed on floating platforms and unmanned vehicles to understand their dynamics, loads, and responses. Key findings include the importance of adaptable, configurable, and scalable floating barriers/platforms, optimizing subsurface net mesh to minimize expected drift, and the need for a better understanding of the appropriate utilization of each system. The research highlights the potential of underwater netting as a crucial asset in maritime defense strategies and outlines future areas of study to enhance the effectiveness of these non-lethal countermeasures.

Wind Shadowing and Load Response in FPV Systems

 

"Wind Shadowing and Load Response in Floating Solar Photovoltaic (FPV) Systems" explores the unique challenges faced by FPV systems deployed on water bodies, focusing on the impact of wind shadowing on the load responses of these systems. The study uses OrcaFlex® software to analyze linear arrays of FPV modules under various wind velocity and shadowing profiles. The results highlight the significant effect of shadowing in mitigating lift and drag forces on the solar panels, emphasizing the need for optimized panel design, advanced mooring systems, and site selection to enhance system stability, efficiency, and longevity. The paper proposes solutions such as aerodynamic panel designs, robust mooring systems, and additional support structures to address the dynamic forces encountered in aquatic environments, ultimately contributing to the optimization of FPV system performance.

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