2023-07-07

Simulation Analysis of the Dispersion of Typical Marine Pollutants by Fusion of Multiple Processes has been published in the journal Sustainability.

The rapid development of coastal economies has aggravated the problem of pollution in the coastal water bodies of various countries. Numerous incidents of massive-scale marine life deaths have been reported because of the excessive discharge of industrial and agricultural wastewater. To investigate the diffusion of typical pollutants after discharge, in this study, a multi-process fusion simulation analysis model of pollutants under the action of ocean currents was established based on the concentration analysis method. Furthermore, key technologies involved, such as the parameter value, data selection, and visualization, were investigated. The iterative analysis and programming realization of three independent sub-processes, such as pollutant diffusion and transport, and the drift path and concentration distribution of pollutants after their discharge into the sea, were visualized. The case study revealed that the increase in the concentration of pollutants in the ocean was affected by the diffusion sub-process, and the transport sub-process plays a critical role in the long-distance transport of pollutants. The proposed method can provide technical support for marine environmental risk assessment and dynamic tracking of marine pollutants.

Note: Sustainability is an important journal in the field of environmental science and ecology and a core journal in Q2, with an impact factor of 3.9 in 2023.

2023-06-29

Recently, I am very honored to have won the title of Outstanding Communist Party Member in the selection by the Party organization of Tsinghua Shenzhen International Graduate School. As a party member, I have always remained loyal to the Communist Party and practiced the original aspiration and mission of a Communist Party member.

This selection is a recognition and encouragement for my work in party building over the years, and also an incentive and spur for my future work. I will continue to carry forward the fine style of party members and constantly improve my quality. At the same time, I will continue to actively participate in various party building work and volunteer service activities to contribute to the development of the school and the growth of students.

2023-06-21

Thanks to the editorial board and editorial department of "Construction Technology (Chinese and English)" for their recognition, invited to serve as a young editorial board member, will actively participate in the academic review and editing of the journal, to provide readers with more rich and cutting-edge content and views.

Note: "Construction Technology (Chinese and English)" (formerly "Construction Technology")  is the director of China Architecture Design & Research Group. Sponsored by Asia-pacific Institute of Construction Science and Technology Information (formerly Science and Technology Information Research Institute of the Ministry of Construction), China State Construction Engineering Group Co., Ltd., and China Civil Engineering Society. It is included in RCCSE China Core Academic Journals and China Core Journal (Selection) database and other databases

2023-06-19

A digital twin-based framework for simulation and monitoring analysis of floating wind turbine structures have been published online at Ocean Engineering.

It is currently a prevailing trend to adopt clean energies instead of traditional ones due to the global climate change caused by carbon emissions. Offshore wind farms, in particular, have emerged as a crucial source of renewable energy, owing to their benefits such as no land occupation and abundant resources. However, the design, installation, operation, and maintenance (O&M) of floating wind turbines (FWTs) involve multiple sources of heterogeneous data, which pose challenges to data integration and management, as well as to the simulation and analysis of FWTs. To address this issue, this study proposes a unified framework based on digital twin (DT) to acquire and integrate diverse types of information used throughout the entire life cycle of FWTs. A digital 3D model serves as a medium to enable real-time synchronization and inversion of sensor data, facilitating the simulation and analysis of the global state of FWTs. The proposed framework is evaluated through a case study of a twin-barge float-over project, which includes process simulation, mechanical analysis, and anomaly identification. The results demonstrate that DT can facilitate timely monitoring and analysis of FWTs, and enable visualization of construction plans, early warning of structural abnormalities, and accurate recognition of FWT posture and marine environment. The case study validates the efficacy of the proposed framework in ensuring personnel and equipment safety, optimizing project plans, and improving construction efficiency.

2023-06-16

Time flies, graduation season is here. The research group held a group building activity to send off graduates Leng Shuo, Guo Xueqing and Lin Chao, and also to provide an opportunity for the research group to relax and get together.

The event includes outdoor sports, games and entertainment, and a dinner party. In outdoor sports, everyone or swim in the pool, or compete with each other, laugh with each other, happy; In the game entertainment, everyone or concerted pushing, or joint decryption, have shown superb teamwork ability; At the exchange dinner, everyone cooks or shares their experiences, creating a harmonious atmosphere. At this time of celebration and perseverance, I would like to express my thanks to the graduates, thank them for their efforts and contributions to the research group, and wish them a bright future and promotion.

Leisurely years, in a hurry, today's farewell, the feeling is hard to give up. Through this activity, the members of the research group have a deeper understanding of the importance of teamwork, and at the same time, it has laid a solid foundation for the future development of the research group.