This study conducts in-depth research on the impact of rocket exhaust plumes on the marine environment and facilities during launch, offering a scientific foundation for thermal protection design of carrier rocket launch platforms. A dual-nozzle rocket engine exhaust plume model is developed to compute temperature and pressure distributions at various distances from sea level... Read more.

The purpose of this study is to systematically analyze the challenges and research directions of current academic journals, and then analyze Read more.

The internal structure of the umbilical cable is highly complex, and there is significant frictional contact between its components, Read more.

Cultivating maritime professionals is vital for the advancement of ocean engineering. With the continuous development of China's offshore engineering technology and higher education in recent years, an increasing number of international students are choosing to study at China's maritime institutions. This st... Read more.

As global demands for sustainable aquaculture grow, deep-sea super-large ocean ranches emerge as a pivotal solution for high-efficiency, eco-friendly marine farming. These structures, located in deep-water environments, integrate cutting-edge technologies to address challenges in monitoring, management, and sustainability. Thi... Read more.

The continuous enhancement in ship construction has spurred significant research on ships worldwide, with ship power systems being a crucial component. Countries are persistently innovating to enhance the sustainability, safety, and reliability of ship power systems. International studies primarily concentrate on the ... Read more.

As a critical component of infrastructure that facilitates the development of marine resources, energy production, and scientific research, offshore platforms are frequently subjected to various hazards, including structural corrosion and connection failures, which arise from the challenging conditions of marine environ... Read more.