On April 11th, the postdoctoral wo票冷rkstation of Zhejiang Jingg動站ong Integrated Technology Co., Ltd. su和樹ccessfully held the opening review 我現meeting for Cao但熱 Qing's pos學舊tdoctoral thesis. In影習 order to strictly control t她光he quality of p美舞ostdoctoral training, this evaluation火愛 meeting is composed of ex新還perts such as Professor Wang X歌秒udi from the Scho銀資ol of Mechanical Engineering a門光t Hefei University of Technology, Pro在照fessor Li Pengcheng from the School of 務就Automotive and Transportation為冷 Engineering at Hefei University of窗風 Technology, and Fu Jiangen, Directo物一r of Precision Technology Developme腦說nt.
At the meeting, 知樹Dr. Cao Qing made an ope章年ning report on the resear影刀ch topic Analysis and Optimization of 知空Dynamic Distribution Characte老年ristics of Temperature Field an習黃d Multicomponent跳空 Gas Flow in High Carb錢去on Furnace Based on Multi fiel文場d Coupling. In view of the comple林身x multi factor proble靜畫ms involved in the high temperature呢花 carbonization furnace, such畫暗 as multi group flow field,風們 temperature field, heat and mas樹慢s transfer, and chem時線ical reaction, it is prop裡答osed to use compu請資tational fluid dynam國科ics simulation technology to establis和費h the multi-component flow,黃亮 heat and mass transfer coup街日led chemical reaction simulation mode還用l of the high carbon furnace, To 有秒visualize the dynamic distributi路男on characteristic了雨s of flow field, temperature field, a日到nd gas concentration in a high-te水報mperature carbonization fu厭現rnace, and to explore the inter冷花action relationsh就兵ip between the high暗又-temperature carbonization process of 信技carbon fibers and 說快the temperature f匠能ield and airflow distrib日低ution, in order to provide t醫信echnical support for the reg中樹ulation of carbon fiber high-temperat購什ure carbonization production 這明process, temperatur習行e measurement, and produ金能ction equipment design.
The professor of the evaluat輛商ion expert group c日熱arefully listened to Dr. Cao Qing月鐵's report and affirmed the 見民compatibility of喝術 the project with 拍媽enterprise production. They b來就elieved that the tech下很nical route was feasible銀行, the expected goals were reasonable, 雨錢and had theoretical research sig作愛nificance and practical application 地說value. They unanim愛購ously agreed with外我 Dr. Cao Qing to propose the p醫畫roject and provi爸國ded relevant suggestions.
In recent years,紅東 Seiko Technolog電錯y has effectively imp術匠lemented talent introduction and 鐵舞technological innovation work, vigo吧東rously promoted the construction of po街民stdoctoral workstati店子ons, and regarded them as an important 拍關means to strengthen the in水少troduction and cultivation of 月子high-end talents, prom醫熱ote industry univ子畫ersity research cooperation, and pro城醫vide talent protection and intellectua科報l support for promoting ent舞腦erprise technological innovation and女為 upgrading.
Next, Seiko Technol知亮ogy will continue to rely on the c刀兒onstruction of po外遠stdoctoral research workstatio媽慢ns, continuously focus on tech問靜nological breakthroughs th煙兒at align with industrial developm筆厭ent, construct an花身d expand the "int我志elligent+" model, cult線聽ivate high-level professional 低銀and technical talents that meet the 刀筆needs of enterprise development, 時秒continuously improve 吃器the technical level and research 術老and development strength 爸很of Seiko Technology, accelerate the 個水transformation 湖跳of scientific and technologica遠樹l achievements, and腦街 achieve continuous upgrading of e裡照nterprise brand strategy.
