Mr. Jiangdong Xu | Discrete Modelling | Best Researcher Award
Mr. Jiangdong Xu | Shandong University of Technology | China
Mr. Jiangdong Xu is a dedicated researcher in agricultural engineering with a focus on the mechanical modeling and optimization of grain threshing systems. Affiliated with Shandong University of Technology in Zibo, China, he has made notable contributions in the development of discrete element models to improve post-harvest processing. His recent work has emphasized reducing kernel breakage in high-moisture corn through the design of vertical threshing drums and computational simulations. With a strong foundation in engineering principles and software tools such as EDEM, his work bridges theoretical design with practical agricultural applications.
Publication Profile
Orcid
Education
Mr. Jiangdong Xu pursued his academic training in agricultural or mechanical engineering, laying a strong technical foundation in crop processing systems and computational modeling. During his higher education, he developed a deep interest in the use of discrete element methods for grain handling and threshing processes. His research education has involved intensive coursework in machine design, dynamics, and simulation, supported by hands-on experimental and modeling experience. His academic environment emphasized integrating field data with software-based simulations to solve real-world agricultural issues. This has shaped his ability to contribute innovative solutions in his area of specialization.
Experience
Mr. Jiangdong Xu is currently researcher at Shandong University of Technology in Zibo, Shandong, China, where he is engaged in research related to agricultural machinery and grain processing systems. His experience includes first-author contributions to peer-reviewed scientific articles, particularly in the development and simulation of threshing equipment. His involvement in collaborative research teams has also led him to work on advanced modeling of flexible wheat plants and breakable grains using discrete element modeling. Through academic appointments and project participation, he has gained expertise in conducting simulation-based experiments, parameter calibration, and publishing results in recognized SCI-indexed journals.
Research Focus
Mr. Jiangdong Xu’s research centers on the development and application of discrete element modeling in agricultural machinery, particularly in improving the threshing process for maize and wheat. His work targets key challenges such as kernel breakage during high-moisture threshing and seeks to improve equipment design through computational simulations. He introduced novel methods for modeling breakable corn kernels with sub-regional particle properties and validated his models through precise laboratory testing. His ongoing projects include multi-variable optimization of mechanical parameters and simulations of plant behavior during processing. His research reflects a blend of innovation, engineering rigor, and practical agricultural relevance.
Publication Top Notes
Discrete Meta-Modeling Method of Breakable Corn Kernels with Multi-Particle Sub-Area Combinations
Year: 2025
Conclusion
Mr. Jiangdong Xu is an emerging researcher with clear potential in the field of agricultural machinery and simulation modeling. His research contributions reflect originality, scientific rigor, and a solid foundation in both theoretical and applied aspects. While his publication record is still developing, the quality and relevance of his work-especially in SCI Zone II publications-support his candidacy for the Best Researcher Award. He is a suitable nominee who would greatly benefit from this recognition at this stage in his career.