Research on Stable Power Generation Technology of Wave Energy
https://doi.org/10.58531/esmmsi/2/1/3
To implement China's maritime power strategy, the development and utilization of wave energy technology has progressed rapidly. Among these, hydraulic wave energy power generation technology holds advantages for large-scale development. However, this technology still faces the issue of discontinuous power output, making the el... Read more.
Research Progress in Automation Science and Technology for Shipbuilding Engineering
https://doi.org/10.58531/esmmsi/2/1/2
With the complexity of international communication and transportation, the development of ship engineering has become a necessary task for China. The engineering is technically difficult and large in volume, so we should deeply study the application prospect and development trend of ships and promote innovation. In this paper, we will list some fruitful ship automation technologies and provi... Read more.
The Impact of Marine Mooring Cable Material Composition on Mooring Mechanical Performance
https://doi.org/10.58531/esmmsi/2/1/1
Marine cables play an irreplaceable role in securing floating offshore structures. The mechanical properties of mooring cables during the mooring process are crucial for ensuring the stable operation of floating offshore structures. The mechanical properties of mooring cables are primarily influenced by ... Read more.
Maritime Thermal Launch Rocket Exhaust Plume Impact on Surrounding Facilities
https://doi.org/10.58531/esmmsi/1/4/10
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.
Research on the Introduction Strategy of Social Capital for the Sustainable Development of Academic Journals
https://doi.org/10.58531/esmmsi/1/4/8
The purpose of this study is to systematically analyze the challenges and research directions of current academic journals, and then analyze Read more.
Research on the Effect of Friction of Internal Components on the Mechanical Properties of Umbilical Cables
https://doi.org/10.58531/esmmsi/1/4/11
The internal structure of the umbilical cable is highly complex, and there is significant frictional contact between its components, Read more.
Factors Influencing International Students from Third-World Countries Studying in China: A Case Study of a Coastal Marine University
https://doi.org/10.58531/esmmsi/1/4/6
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.
Predicting the Future Development Trends of Intelligent Deep-sea Super-large Ocean Ranches Empowered by AI
https://doi.org/10.58531/esmmsi/1/4/9
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.