Chen Nanliang

Chen Nanliang was initially known as the name of Chen Nanliang after he successfully lifted Tianmu No.1 in 2011. Chen Nanliang was known as the person who put light wings on Tiangong No.1. In order to make “Tiangong One” fly “light” and “perfect”, after more than five years of research, Chen Nanliang and his team independently developed new glass fiber as the “Shenggong No. 1” battery sailboard successfully “slim”. This has not only contributed indelibly to China’s space industry, but also has been a major breakthrough in the development of China’s textile industry.

Later, at the 2012 Hong Kong Sangma Awards Ceremony, the reporter was fortunate enough to see the winner of this first prize. In the same year, the only teacher special award for “Light of Textile” was awarded.

Since July 1984, she has been engaged in teaching and research work. Today, Chen Nanliang has undertaken undergraduate and postgraduate “Knitting Science”, “Knitting Product Design”, “Knitting Technology and Equipment”, “Textile and Civilization”, and “Modern Textile Technology”. 》and other courses of teaching work. With a serious, responsible, rigorous and practical work attitude, Chen Nanliang’s teaching effectiveness has been recognized by peers and students. Among them, “Knitting Science” as a major member has been awarded a state-level fine-quality teaching curriculum.

At present, Chen Nanliang has trained 4 doctors and more than 50 masters. In scientific research, he is one of the academic leaders of the textile engineering discipline. He is mainly engaged in the development and research of industrial textiles and textile structural composite materials. He has outstanding achievements and in-depth research foundations in specialty weaving technology.

“Since 2004, I undertook the project of a glass fiber grid substrate material for spacecraft. This project has broken through the preparation technology of special flexible high-strength glass fiber yarns, pioneered the characterization, test methods and innovative design of the weaving performance of glass fiber yarns. A special test device was made; the difficulties in warping and high-density weaving of high-strength fiberglass yarns were overcome; the difficulties in simulating the performance of fiberglass mesh fabrics were solved. The product was successfully used as a key technology material in 'Tiangong No. 1'.” Chen Nanliang Introduction said.

In addition, Chen Nanliang, director of the Engineering Research Center of the Ministry of Education for Industrial Textiles at Donghua University, also systematically studied the basic application theory and production technology of flexible composite materials, and successfully developed a variety of new reinforcing materials. Undertake a number of fabric-reinforced flexible composite materials projects, and research and breakthrough a number of materials used in various national needs such as membrane structure materials, canopy reinforcement materials, swimming pool fabrics, airbags, airship capsule reinforcement materials, and extravehicular spacesuits. Key technologies. It has made great contributions to the theoretical research and production practice of our fabric-enhanced flexible composite products and to the high-end, high added value, cutting-edge, and independent innovation of industrial textiles.

He currently presides over and undertakes the national support plan projects "Anti-aging Functional Cover Materials", "Flame-retardant Functional Cover Materials", "Fiberglass PTFE Membrane Structure Materials", and the General Assembly Project "Stratospheric Airship Capsule Materials". 8th Academy of Aerospace "Mars Rover Landing Capsule Materials" project.

Not only that, in the research field of large-scale space-borne deployable antenna metal mesh materials projects of major national needs, Chen Nanliang presided over this project in 2008, and broke through the technology of superfine metal wire plying and twisting to overcome the entire wire mesh. Warp, warp and other technical difficulties, innovative design and manufacture of a dedicated parallel, warping and warp knitting equipment, for the large-scale satellite antenna antenna metal mesh antenna material independent research and laid a solid theoretical and practical basis. At present, the project team is making final sprints for industrialization, standardized production, and optimization of production technology. According to reports, the project product will be flying in 2015, with significant economic and social significance.

Chen Nanliang’s professionalism has to be admired. He also has in-depth research in the field of biomedical textiles. He has developed “degradable suture thread”, “human body patch material”, “human nerve regeneration catheter”, “ The artificial ligaments, artificial blood vessels, and other products have reached international advanced levels, and some project results are expected to enter clinical applications in recent years.