Nanjing Glass Fiber Institute Holds The Academic Exchange Meeting Of "High Performance Fiber And Composite Materials Industry Innovation Center"

In December 26, 2018, the academic exchange meeting of "innovation center of high performance fiber and composite materials industry of Nanjing glassfiber academy" was held in Nanjing, Jiangsu in 2018.

Around the theme of "improving the design and development capability of high-performance fiber preforms", the conference invited experts and scholars in the field of high-performance fiber composites at home and abroad to carry out the research, design, manufacture and development of high-performance fibers, preforms and composites.

The conference was attended by a total of more than 120 colleges and universities in Nanjing, including the glass fiber Institute, Beijing Institute of Technology, Beijing University of Chemical Technology, Tianjin University of Technology, Harbin Institute of Technology, USA, China, China, the national glass fiber quality supervision and inspection center.

Chen Shang, deputy chief engineer of Nanjing glass fiber Institute, and the deputy general manager of special fiber business department, presided over the academic meeting.

The meeting was first delivered by Zhang Wenjin, deputy secretary of the Nanjing glass fiber Institute, and then invited 8 experts from home and abroad to make special academic reports from different angles.

Advanced methods promote the development of technology, including the prediction of the properties of glass fiber materials, the virtual experimental research of composite materials and structural properties, and the research contents and achievements of damage mechanism characterization of three-dimensional braided composites.

The structural design improves the material performance, shares the structural design and application of the braided preform, the characterization and analysis of the deformation characteristics of the three-dimensional textile preform, and the design, manufacture and application of the fiber metal laminate.

High end applications lead to technological innovation. The research progress of silicon carbide fiber and SiCf/SiC composite molding technology and the progress of SiC fiber braiding technology are introduced.

The report shows the latest research results and future technology development trend of high performance fibers, preforms and composites in China, which has brought a lot of benefits to participants.

The conference not only promoted the cooperation and exchange of high performance fibers, preforms and composites, but also stimulated the innovative consciousness of participants, enhanced the ability of material design and development, and played an important role in promoting the innovation and development of high performance fiber preforms.

Zhao Qian, chairman of Nanjing glass fiber factory, finally made an important summary of this meeting.

"Nanjing glass fiber Institute will always carry out innovative research work around the needs of the country, and build a market-oriented collaborative production, learning and research system, focusing on building" first-class professional and first-class industry ", continuing academic exchanges, and pursuing highly efficient innovation efficiency; building an open sharing platform, taking talent as the first element of development, advancing in depth" three exploration ", strengthening scientific and technological innovation capability, improving high-performance fiber and prefab from" able to use "to" good use "to" durable ", and constantly seeking technological progress, so as to provide inexhaustible power for improving the design and development capabilities of high-performance fibers and preforms.

The conference was organised by Nanjing glass fiber Institute high performance fiber and composite materials industry innovation center, CO sponsored by Jiangsu carbon fiber and composite material manufacturing innovation center (cultivation), Jiangsu composite material society high performance fiber and prefabricated Specialized Committee and special fiber composite National Key Laboratory.