Technical Team

In November 2011, he was selected as an academician of the Department of Environment and Textile Engineering, Chinese Academy of Engineering. In the national "Ninth Five-Year" key scientific and technological research project "polymer dynamic reaction processing technology and equipment development", Qu Jinping pioneered the introduction of the vibration force field generated by the electromagnetic field into the whole process of polymer reaction extrusion, and proposed to use the vibration force field The innovative method of controlling the polymer reaction process and the condensed state structure and properties of the reaction products, through technical research, has achieved breakthrough technical achievements, making my country a technological leader in this field. The achievement has obtained invention patent rights in eight countries and regions, and won the second prize of the National Technology Invention Award and the China Invention Patent Gold Award. He is mainly engaged in the research and teaching of polymer material molding processing technology and equipment and its theory. He is the first in the world to propose the dynamic molding method and principle of plastic vibration-shear deformation and volumetric tensile deformation, and systematically develop the theory and invention of polymer material processing and molding. And successfully developed a series of new technologies and equipment for plastic molding processing.

Obtained a series of technical invention patents: more than 30 invention patents in China, 3 invention patents in more than 10 countries and regions such as the United States and Europe; successively presided over and completed more than 30 national key scientific and technological projects and related engineering supporting projects. , more than 20 appraisal achievements, many of which were identified as: the technology is at the international leading level; published more than 150 papers included in SCI and EI, and published 5 books such as "Polymer Dynamic Plasticating Processing: Theory and Technology"; The effect is obvious.

He majored in Mechanical Design and Theory at South China University of Technology, and worked at the National Engineering Research Center for New Polymer Molding Equipment at South China University of Technology. He has been engaged in the research on the theory and equipment of polymer material molding for many years, especially the research on the mixing and molding method and principle of polymer composite materials. His research focuses on the formation mechanism, preparation technology and equipment design of composite materials for electrical conductivity, electromagnetic shielding, thermal conductivity and heat dissipation. He has presided over 25 national, provincial and ministerial-level projects, including the National Natural Science Foundation of China, the Natural Science Foundation of Guangdong Province, the National Key Science and Technology Project, the National 863 Program, and the National Science and Technology Support Program. He has won 8 scientific research awards at all levels, including 3 at the national level. He has published more than 120 academic papers and applied for 29 Chinese patents. He serves as the deputy secretary general of the China Plastics Machinery Industry Expert Committee, the vice chairman of the Science Education Branch of the China Light Industry Machinery Association, and the deputy secretary general of the Guangdong Mechanical Engineering Society.

He is engaged in the research of new molding and processing methods and equipment of polymer materials, and has a solid theoretical research foundation for molding and processing methods and equipment of polymer materials. The dynamic melting and plasticizing process of polymer materials was simulated systematically, and the short thermomechanical history processing method and equipment of fiber composite system based on extensional rheology were developed. The tensile rheological properties of fiber composites were investigated, and the dispersion behavior of fibers in a complex flow field dominated by tensile deformation was explored. The new processing method shortens the thermomechanical history of plasticizing processing by more than 50%, reduces energy consumption by more than 30%, improves the dispersion effect of fibers in the matrix, maintains the fiber length, and increases the bending strength of products by more than 20%. It has laid a solid theoretical and technical foundation for the short-flow processing mechanism and technical research of this project.

In the past five years, he has presided over 1 project of the National Science and Technology Support Program, 2 projects of the National Natural Science Foundation of China, and 1 major project of Guangdong Province; selected as the leading talent in science and technology innovation of Guangdong Special Support Plan, the Ministry of Education New Century Excellent Talent Support Program, Guangzhou Pearl River Science and Technology The new star project, the leader of the innovation team of the Ministry of Education of "New Technology and New Theory of Polymer Material Forming and Processing"; won the second prize of the National Technology Invention Award (No. 2), the first prize of the Ministry of Education Technology Invention Award (No. 2), Guangdong Province Technology The first prize for invention (No. 3); 10 invention patents were authorized, 18 invention patents were applied for; more than 50 papers were published, of which 34 were included in SCI and EI.