数字农科院2.0

EFFECTS OF MOISTURE CONTENT ON MECHANICAL CRUSHING PERFORMANCE OF SOYBEAN SEEDS AND ITS APPLICATION IN MECHANIZED HARVESTING

文献类型： 外文期刊

作者： Panpan LI;Zheng LIU;Jin WANG;Lulu LV;Anqi JIANG;Han YAN;Chengqian JIN

作者机构：

关键词： Breakage Rate;Mechanical Properties;Mechanized Harvesting;Moisture Content;Soybean Seeds

期刊名称： INMATEH - Agricultural Engineering

ISSN： 2068-4215

年卷期： 2025 年 75 卷 1 期

页码：

收录情况： EI（2025版） ; ; ESCI（2025版）

摘要： This study addresses the issue of grain crushing during the mechanical harvesting of soybeans, systematically analyzing the effect of moisture content on its mechanical crushing characteristics. Single-factor and multi-factor orthogonal experimental methods were employed to record the grain crushing process through compression tests combined with high-speed camera technology, enabling a quantitative analysis of moisture content, loading speed, compression direction, and their interactions. Field experiments were conducted in five different planting areas. The results confirmed that when the moisture content was controlled within the range of 13% to 17%, the grain crushing force could be maintained at a stable level between 137 N and 182 N, Simultaneously, the crushing rate was reduced to a minimum value of 2.15%±0.43%, generally remaining within a favorable range of 1.09% to 3.34%. The research findings provide a necessary theoretical basis for improving the design of key components of harvesting machinery.

分类号：

  • 相关文献

[1]Evaluation of the Unintended Effects of Herbicide-Resistant Soybean Seeds via TMT Quantitative Proteomics and Flavonoid-Targeted Metabolomics. Wang, Zhanchao,Wang, Ruizhe,Dong, Mei,Hu, Guihua,Miao, Chaohua,Wan, Yusong,Liu, Weixiao,Jin, Wujun. 2026

[2]Structural Parameters For X-Ray Micro-Computed Tomography (Mu Ct) And Their Relationship With The Breakage Rate Of Maize Varieties. Hou, JF, Zhang, Y, Jin, XL, Dong, PF, Guo, YA, Wang, KR, Fan, YH, Li, SK. 2019

[3]The Mechanical Analysis and Comparative Performance Test of the Roller-Type Pulling Mechanism for the Whole Cotton Stalk Pulling Machine. Yichao Wang,Jiaxi Zhang,Shilong Shen,Jinming Li,Yanjun Huo,Zhenwei Wang. 2024

[4]Numerical simulation and optimisation of depodding performance in a fresh green soybean harvester. Ying Zhao,Ranbing Yang,Xiaobo Xi,Xirui Zhang,Wenqin Ding,Jinyi Liu,Suwei Xiao,Mao Lin,Jiejie Xing,Songmei Yang,Can Hu. 2025

[5]Evaluation and Screening of Rapeseed Varieties (Brassica napus L.) Suitable for Mechanized Harvesting with High Yield and Quality. Li, Qin,Luo, Tao,Cheng, Tai,Yang, Shuting,She, Huijie,Li, Jun,Wang, Bo,Kuai, Jie,Wang, Jing,Xu, Zhenghua,Zhou, Guangsheng. 2023

[6]A dataset of the quality of soybean harvested by mechanization for deep-learning-based monitoring and analysis. Chen, Man,Jin, Chengqian,Ni, Youliang,Yang, Tengxiang,Xu, Jinshan. 2024

[7]Research Status and Prospects of Sweet Potato Harvesters’ Conveying and Separation Mechanisms. Jiwen Peng,Yemeng Wang,Baoliang Peng,Guangyu Xue,Lianglong Hu,Gongpu Wang. 2024

[8]Genomic Prediction of Kernel Water Content in a Hybrid Population for Mechanized Harvesting in Maize in Northern China. Ping Luo,Ruisi Yang,Lin Zhang,Jie Yang,Houwen Wang,Hongjun Yong,Runze Zhang,Wenzhe Li,Fei Wang,Mingshun Li,Jianfeng Weng,Degui Zhang,Zhiqiang Zhou,Jienan Han,Wenwei Gao,Xinlong Xu,Ke Yang,Xuecai Zhang,Junjie Fu,Xinhai Li,Zhuanfang Hao,Zhiyong Ni. 2024

[9]A Review of Key Technologies and Intelligent Applications in Soybean Mechanized Harvesting: Chinese and International Perspectives. Wang, Jin,Shan, Chunli,Gou, Fuqiang,Qian, Zhenjie,Ni, Youliang,Liu, Zheng,Jin, Chengqian. 2025

[10]Heat-induced gelation properties of isoelectric and ultrafiltered sweet potato protein isolate and their gel microstructure. Arogundade, Lawrence A.,Mu, Tai-Hua,Anon, Maria C.,Arogundade, Lawrence A.,Anon, Maria C.,Anon, Maria C.. 2012

[11]Research on Mechanical Properties and Simulation of Straw-biodegradable Tableware. Jing, Quanrong,Xu, Feng,Gao, De. 2012

[12]Highly Conductive Fiberboards Made with Carbon and Wood Fibers. Hou, Junfeng,Fu, Feng,Lu, Keyang,Chen, Lanzhen. 2015

[13]Comparison Of Mechanical Properties For M.ite Cuticles In Understanding P assive Defense Of Phytoseiid Mite Against Fungal Infection. Wu, SY,Guo, JF,Xing, ZL,Gao, YL,Xu, XN,Lei, ZR. 2018

[14]Characterization and in vitro antimicrobial study of soy protein isolate films incorporating carvacrol. Ran Tao,Jacqueline Sedman,Ashraf Ismail. 2022

[15]Mechanical Properties of Metallocene Linear Low-Density Polyethylene Mulch Films Correlate with Ultraviolet Irradiation and Film Thickness. Kai Guo,Mingzhu Cao,Fengwei Gu,Feng Wu,Hongguang Yang,Hongbo Xu,Zhichao Hu. 2023

[16]Recent progress of novel biodegradable zinc alloys: from the perspective of strengthening and toughening. Xiaoru Zhuo,Yuna Wu,Jia Ju,Huan Liu,Jinghua Jiang,Zhichao Hu,Jing Bai,Feng Xue. 2022

[17]Effect of slightly cadmium-enriched kenaf straw on the mechanical and thermal properties of cement mortar. Xin Liu,Hao Wang,Zhongyu Fei,Li Dai,Guangpeng Zhang,Shiyun Ai,Yuan Guo,Shaojie Wang. 2022

[18]Modulation of ice crystal formation behavior in pectin cryogel by xyloglucan: Effect on microstructural and mechanical properties. Shuhan Feng,Jinfeng Bi,Jianyong Yi,Xuan Li,Jian Lyu,Yuxia Guo,Youchuan Ma. 2022

[19]A Preliminary Determination of Mechanical and Suspension Properties of Waste Mulch Film and Cotton Stalk. Kai Guo,Mingzhu Cao,Hongguang Yang,Weiwen Luo,Mingyang Qin,Feng Wu,Fengwei Gu,Zhichao Hu. 2023

[20]Chemical bonding and hydrogen bonding facilitated higher interfacial interaction of PA6/BF/POSS composites. Li, Guang-Zhao,Yu, Hao,Zhang, Hongwei,Han, Rui,He, Pan,Cao, Jiaxuan,Lu, Qian,Liu, Gen,Chen, Gang,Wang, Wenyan,Wan, Weicai,Wei, Yujun,Zhang, Shuai. 2024

作者其他论文 更多>>