Introduction
Xue Ping, Professor/Doctoral Supervisor. Director of the Institute of Plastic Machinery and Plastic Engineering and Director of the Laboratory of New Materials and Equipment at the college of Mechanical and Electrical Engineering, Beijing University of Chemical Technology. Engaged in long-term research on the principles, equipment, and engineering technology of polymer processing. Responsible for undertaking over 200 national level scientific research projects and commissioned projects by enterprises and institutions, with over 300 published papers and more than 70 indexed by EI/SCI. Obtained over 50 authorized invention patents and 6 provincial and ministerial level scientific and technological awards. Main social part-time jobs: serving as an expert committee member of the Expert Committee of the China Plastic Machinery Industry Association and the Expert Committee of the China Plastic Processing Industry Association, a member of the Wood Plastic Composite Materials Technical Committee of the National Standardization Technical Committee for Lightweight and Decorative Building Materials, member of the Pallet Professional Committee of China Federation of Logistics and Purchasing, and an editorial board member of journals such as “China Plastics”、 “Contemporary Chemical Industry” and “Plastics Science and Technology”.
Research
Research Focus: New green and eco-friendly polymer composite materials Fiber-reinforced high-performance polymer composites Specialized materials processing theory, equipment, and simulation technology
Teaching
Undergraduate Course:Processing technology and equipments of polymer composites Graduate Course: Advanced Testing Techniques of Material Processing
Funding
Serial number | Project name | Project number | Project leader | Project start and end time | Funding（10000 yuan） | Project source | 1 | Reseach on Distortion Mechanism of Small Orifice Extruding in UHMWPE Melt Spinning Process | 51673021 | Xue ping | 2017.1-2020.12 | 73.2 | NSFC | 2 | BHJG2018026 | BHJG2018026 | Xue ping | 2019.1-2022.1 | 1300 | Ministry of Education | 3 | XJZ2023040031 | XJZ2023040031 | Xue ping | 2022.10-2025.12 | 200 | ZZBB |
Publications
1 | Research on the preparation and properties of foamed PP/wood flour composites | Suwei Wang, Ke Chen, Ping Xue, Mingyin Jia | Materials Research Express，IOP Publishing Ltd. | 2020.3 | SCI、EI | 2 | Study on Preparation of Ultra-High-Molecular-Weight Polyethylene Pipe of Good Thermal-Mechanical Properties Modified with Organo-Montmorillonite by Screw Extrusion | Zhouchao Guo, Rui Xu and Ping Xue | Materials，MDPI | 2020.7 | SCI、EI | 3 | Effect of PEW and CS on the Thermal, Mechanical,and Shape Memory Properties of UHMWPE | Run Zhang , Suwei Wang , Jing Tian, Ke Chen, Ping Xue, Yihui Wu and Weimin Chou | Polymers，MDPI | 2020.3 | SCI、EI | 4 | Additive manufacturing of wood flour/polyhydroxyalkanoates (PHA) fully bio－based composites based on micro－screw extrusion system | Jing Tian, Run Zhang, Yihui Wu, Ping Xue | MATERIALS & DESIGN，Elsevier Science | 2021.3 | SCI、EI | 5 | An investigation on shape memory behaviors of UHMWPE－based nanocomposites reinforced by graphene nanoplatelets | Run Zhang, Jing Tian, Yihui Wu, Weimin Chou, Jiayuan Yang, Ping Xue | Polymer testing，Elsevier Ltd | 2021.7 | SCI、EI | 6 | Light－weight_and_high－strengt h PP/CaCO3 composites by die drawing: Effect of drawing ratios | Mingfei Liu， Ke Chen，Shikang Yu，Run Zhang，Mingyin Jia，Kai Pan，Ping Xue | Polymer Engineering And Science，WILEY | 2022.11 | SCI、EI | 7 | Additive Manufacturing of Wood Flour/PHA Composites Using Micro－Screw Extrusion: Effect of Device and Process Parameters on Performance | Jing Tian, Run Zhang, Jiayuan Yang, Weimin Chou, Ping Xue and Yun Ding | Polymers，MDPI | 2021.4 | SCI、EI | 8 | Influence of high-density polyethylene content on the rheology, crystal structure, and mechanical properties of melt spun ultra-high-molecular weight polyethylene/high-density polyethylene blend fibers | Fei Wang，Jiabin Yu, Lichao Liu,Ping Xue and Ke Chen | Journal of Industrial Textiles，SAGE Publications Ltd | 2023.1 | SCI、EI | 9 | Impregnation modeling and preparation optimization of continuous glass fiber reinforced polylactic acid filament for 3D printing | Liguo Yu,Ke Chen, Ping Xue , Yonghui Cui,Mingyin Jia | POLYMER COMPOSITES，WILEY | 2021.8.1 | SCI、EI | 10 | Optimization of printing parameters of 3D-printed continuous glass fiber reinforced polylactic acid composites | Ke Chen,LiguoYu,Yonghui Cui,Mingyin Jia,Kai Pan | THIN-WALLED STRUCTURES，Elsevier Ltd | 2021.7.1 | SCI、EI | 11 | Optimization of Process Parameters for the Preparation of Continuous Glass Fiber Reinforced Nylon 6 Composites by Vacuum Bagging Process | Xianwen Dong，Ke Chen，Ping Xue， Yonghui Cui， Mingyin Jia | Journal of applied polymer science，Wiley | 2022.8.18 | SCI、EI | 12 | Effect of infusion strategy on vacuum bagging process and properties of polyamide 6 composites | Xianwen Dong, Ke Chen, Ping Xue, Run Zhang ，Mingyin Jia | Journal of Polymer Research，Springer | 2023.4.1 | SCI、EI | 13 | Amelioration of interfacial properties for CGF/PA6 composites fabricated by ultrasound-assisted FDM 3D printing | Run Zhang, Liguo Yu, Ke Chen, P. Xue, M. Jia, Z. Hua | COMPOSITES COMMUNICATIONS，Elsevier | 2023.4.1 | SCI、EI | 14 | Dual nozzle 3D printing strategy to improve the surface quality of continuous glass fiber reinforced polyamide 6 composites | Wenyi Xu ，Liguo Yu ，Ke Chen， Run Zhang ， Ping Xue， Mingyin Jia | Journal of applied polymer science，Wiley | 2023.5.11 | SCI、EI | 15 | Hemp-base all-cellulose composites through ionic liquid promoted controllable dissolution and structural control | Ke Chen, Weixin Xu, Yun Ding, Ping Xue, Pinghou Sheng, Hui Qiao , Jimin He | Carbohydrate Polymers；Elsevier Ltd | 2020.2.17 | SCI、EI |
Awards
1. Micro-foaming molding technology of green polymer filled composite materials, 2020-10-01, social science and technology award, second prize. 2. Research and application of green solid waste filled polymer composite building materials, 2020-12-18, other, first prize. 3. Complete technology and industrialization of green polymer filled reinforced building composite materials, 2017-11-01, social science and technology award, excellence award. 4. Key technology and equipment for continuous fiber reinforced thermoplastic composite molding, October 30, 2020, other, excellence award. 5. Forming technology and industrial application of continuous fiber reinforced thermoplastic composites, 2022-10-01, social science and technology award, second prize. 6. A new generation of wood-plastic green building materials molding technology, October 18, 2011, social science and technology award, third prize. 7. Research and development of UHMWPE single-rod extruder and pipe products, December 2002, provincial and ministerial science and technology award, third prize.
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