On the morning of January 2nd, Zhongnan Green Construction organized a postdoctoral research station evaluation meeting. Associate Professor Sun Pengnan and Associate Professor Wang Kai from Sun Yat sen University, Assistant Professor Feng Xingya from Southern University of Science and Technology, Researcher Luo Min from Zhejiang University, Chief Engineer Guo Lixiang, and Technical Advisor Zhao Diansheng attended the meeting as experts. Leaders including Zhang Qiming, Deputy Director of the Fuyang District Human Resources and Social Security Bureau, and Chen Shumin, Director of the Talent Development Department, also attended the meeting. The review meeting was chaired by Zhang Ke, the Vice General Manager of the company, and Wang Haishan, the General Manager, attended the meeting and delivered a speech.
The picture shows the on-site review meeting
At the meeting, General Manager Wang Haishan expressed sincere gratitude to all the experts for their support and assistance. He stated that Dr. Chen Ruifeng's exit defense is another milestone for the company in scientific research, marking a deeper theoretical research and practical exploration in emerging technologies such as "green development" and "dual carbon". In recent years, with the continuous enhancement of the company's technological strength, investment and accumulation in scientific research have also increased, and actively explored and constructed a research and development system oriented towards achievement transformation and production practice, focusing on promoting technological progress and industry development.
The picture shows General Manager Wang Haishan (center) delivering a speech at the meeting
Dr. Chen Ruifeng's research topic is "Response characteristics and prediction of offshore floating wind power under the combined action of wind and waves". This project aims to achieve the dual carbon strategy goal and combines practical engineering to conduct research on the response characteristics and prediction of offshore floating wind power structures under the combined action of wind and waves. The topic is reasonable. The project established a fully coupled model of OpenFAST+AQWA, achieving high-precision simulation of floating structures. An efficient structural response prediction model based on deep learning was proposed, which combines the advantages of convolutional neural networks (CNN) and gated recurrent units (GRU) to effectively extract the coupling relationship and time dependence between various input features. Two different floating based FOWTs and three sea states were tested and analyzed. Compared with the benchmark results, the model prediction results have good accuracy, robustness, effectiveness, and reliability, significantly improving analysis efficiency and having good engineering application value.
The picture shows Dr. Chen Ruifeng's post presentation
At the review meeting, Dr. Chen Ruifeng gave a comprehensive report on his research work and achievements during his time at the station, and answered and exchanged questions raised by experts. The review panel unanimously agreed that the postdoctoral research results have good application value, fully affirmed the research value of Dr. Chen Ruifeng's project, and highly recognized his work performance during his tenure at the station. After comprehensive evaluation by the review team, it was unanimously agreed that Dr. Chen Ruifeng would successfully leave the station with an assessment level of excellent.
The picture shows Deputy Director Zhang Qiming giving a speech
Finally, Zhang Qiming, Deputy Director of the Human Resources and Social Security Bureau of Fuyang District, thanked all experts for their strong support for the post doctoral workstation work, fully recognized the achievements of the company's post doctoral talent training, and congratulated Chen Ruifeng on the smooth exit of the post doctoral station. He pointed out that the project is innovative and progressiveness, closely integrated with the national development strategy; He emphasized that enterprises should continue to leverage their own advantages, cultivate more high-level talents that match the development of local industries, participate in technological breakthroughs, and help upgrade local industries. He believes that postdoctoral workstations are an important platform for cultivating high-end talents, which is of great significance for promoting scientific and technological innovation and industrial upgrading, and highly recognizes our company's emphasis on postdoctoral workstations and the work they have done.
The picture shows a group photo of attending experts, leaders, etc
The company attaches great importance to the quality of postdoctoral training and the transformation of achievements. Since the establishment of the postdoctoral workstation, joint training has been carried out with Zhejiang University and Nanjing University of Technology. Currently, two postdoctoral fellows have successfully graduated, marking the steady progress of the company's high-level talent cultivation. The company will continue to strengthen the construction of the postdoctoral workstation and talent introduction work, fully leverage the platform advantages of the workstation, attract and cultivate more outstanding young talents, promote the high-quality development of the company, and play a positive role in national development and economic construction.