Paper Publications
Current position: Home > Scientific Research > Paper Publications- Zhao Pengfei, Zhang Zijuan, Gao Xiaojun, Liu Zhongjun, Lai Qinghui, Li Hua.Synergistic mechanism of seed intake-recirculation of a high-speed centrifugal maize metering device based on coupled numerical simulation,COMPUTERS AND ELECTRONICS IN AGRICULTURE,2026,255:-(Correspondence Author)
- Computer-aided design and DEM-based simulation analysis of a diversion-type precision soybean metering device,Computers and Electronics in Agriculture,2026,(243):111374（通讯作者，中科院一区Top）
- Pengfei Zhao, Zijuan Zhang, Xiaojun Gao*, et al..Synergistic mechanism of seed intake-recirculation of a high-speed centrifugal maize metering device based on coupled numerical simulation,Computers and Electronics in Agriculture,2026,255(2026):通讯作者
- Zhao Pengfei, Zhang Xirui, Gao Xiaojun, Zhang Junchang, Qi Bing, Li Hua, Ji Chao, Cao Silin, Shen Congju.Computer-aided design and DEM-based simulation analysis of a diversion-type precision soybean metering device,COMPUTERS AND ELECTRONICS IN AGRICULTURE,2026,243:-(Correspondence Author)
- 冯学斌,夏飞腾,高筱钧,申乐乐,段辰义,李玉青,李骅.融合SE-GRU模型的秸秆饲料化搅拌机数字孪生系统设计与验证,南京农业大学学报,2026,:1-13(Participating authors)
- Zhang Zijuan, Zhao Pengfei, Gao Xiaojun, Liu Zhongjun, Lai Qinghui, Li Hua.Study on influencing factors of the integrated reflux refilling centrifugal variable-diameter maize metering device,BIOSYSTEMS ENGINEERING,2025,260:-(Correspondence Author)
- Performance evaluation of a high-speed maize seed-metering device using an improved YOLOv5s object detection and tracking algorithm,Smart Agricultural Technology,2025,(11):100997(通讯作者)
- Study on influencing factors of the integrated reflux refilling centrifugal variable-diameter maize metering device,Biosystems Engineering,2025,(260):104315（通讯作者，中科院一区 Top）
- Samuel Mbugua Nyambura, Yang Chun Yong, Hua Li, Chao Li, Xueru Zhu, Wenhao Tang, Mingming Liu, Fan Jiao, Xiaojun Gao, Joseph Ndiithi Ndumia, Edwin O. Amisi.Biofuel production from food waste and rice straw via microwave co-pyrolysis: Product characterization and optimization using Box-Behnken design and response surface methodology,Results in Engineering,2025,28:107555-107555(Participating authors)
- Investigation of seeding performance of a novel high-speed precision seed metering device based on numerical simulation and high-speed camera,Computers and Electronics in Agriculture,2024,(217):108563（通讯作者，中科院一区Top）