On April 11th, the postdoctoral workstation of Zhejiang Jinggong Integrated Technology Co., Ltd. successfully held the opening review meeting for Cao Qing's postdoctoral thesis. In order to strictly control the quality of postdoctoral training, this evaluation meeting is composed of experts such as Professor Wang Xudi from the School of Mechanical Engineering at Hefei University of Technology, Professor Li Pengcheng from the School of Automotive and Transportation Engineering at Hefei University of Technology, and Fu Jiangen, Director of Precision Technology Development.

At the meeting, Dr. Cao Qing made an opening report on the research topic Analysis and Optimization of Dynamic Distribution Characteristics of Temperature Field and Multicomponent Gas Flow in High Carbon Furnace Based on Multi field Coupling. In view of the complex multi factor problems involved in the high temperature carbonization furnace, such as multi group flow field, temperature field, heat and mass transfer, and chemical reaction, it is proposed to use computational fluid dynamics simulation technology to establish the multi-component flow, heat and mass transfer coupled chemical reaction simulation model of the high carbon furnace, To visualize the dynamic distribution characteristics of flow field, temperature field, and gas concentration in a high-temperature carbonization furnace, and to explore the interaction relationship between the high-temperature carbonization process of carbon fibers and the temperature field and airflow distribution, in order to provide technical support for the regulation of carbon fiber high-temperature carbonization production process, temperature measurement, and production equipment design.

The professor of the evaluation expert group carefully listened to Dr. Cao Qing's report and affirmed the compatibility of the project with enterprise production. They believed that the technical route was feasible, the expected goals were reasonable, and had theoretical research significance and practical application value. They unanimously agreed with Dr. Cao Qing to propose the project and provided relevant suggestions.

In recent years, Seiko Technology has effectively implemented talent introduction and technological innovation work, vigorously promoted the construction of postdoctoral workstations, and regarded them as an important means to strengthen the introduction and cultivation of high-end talents, promote industry university research cooperation, and provide talent protection and intellectual support for promoting enterprise technological innovation and upgrading.

Next, Seiko Technology will continue to rely on the construction of postdoctoral research workstations, continuously focus on technological breakthroughs that align with industrial development, construct and expand the "intelligent+" model, cultivate high-level professional and technical talents that meet the needs of enterprise development, continuously improve the technical level and research and development strength of Seiko Technology, accelerate the transformation of scientific and technological achievements, and achieve continuous upgrading of enterprise brand strategy.