马少春 - 中国农业大学

个人简介

马少春，男，河北保定人，中共党员，工学院车辆工程系副教授、博士生导师，入选2022海南省自然科学基金创新研究团队(负责人），2021教育部课程思政教学名师，和2016中国农业大学“高层次引进人才—优秀人才计划”。教学科研概况主持国家自然科学基金面上项目，国家重点研发计划“智能农机装备”项目子课题，海南省自然科学基金创新研究团队项目，教育部直属高校服务乡村振兴创新试验项目，教育部产学合作协同育人教改项目，以及教授工作站科技服务等横向课题；作为技术骨干参与承担美国 NSF， USDA-NIFA 等项目，目前研究方向为现代智能农业机械装备设计与研究。社会职务 Sugar Tech期刊编委会委员（member of Editorial Board）中国农业工程学会高级会员（Chinese Society of Agricultural Engineering，CSAE) 美国农业与生物工程师学会会员（American Society of Agricultural & Biological Engineering，ASABE) The University of Illinois’ laboratory maize millers’ lifetime membership 中国农业机械学会青年工作委员会第六届委员会委员（2019-2023）广西农业机械研究院有限公司甘蔗生产装备研发团队客座专家，2018 IFAC Technical Committee (TC) 8.1 学科SCI/EI代表期刊特约审稿人，包括农业机械学报，农业工程学报，Agricultural Engineering International: CIGR Journal，International Journal of Agricultural and Biological Engineering，Biosystems Engineering，Journal of Computers and Electronics in Agriculture (Outstanding Reviewer)，Journal of Powder Technology，Transactions of the ASABE，Sugar Tech. 教育经历 2008.05.01-2012.12.01，博士，美国伊利诺伊大学香槟分校，农业与生物工程 2003.09.01-2006.07.01，硕士，中国农业大学，农业机械化工程 1999.09.01-2003.07.01，学士，河北农业大学，农业机械化及其自动化

研究领域

主要研究方向为现代智能农业装备设计与研究，重点研究： 1.甘蔗机械化收获装备关键技术 2.现代果园机械化装备关键技术

近期论文

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Research and development of an electric-hydraulic System for height control of sugarcane harvester basecutter Journal of the ASABE SCI 2022 Ding China Agricultural University 通讯 Optimization of Structural Parameters for Under-the-Ground Sugarcane Basecutting Applied Engineering in Agriculture SCI 2021 Fenglei Wang 中国农业大学通讯作者 Experimental Study on Sugarcane Top Chopper Applied Engineering in Agriculture SCI 2021 Jiwei Hu 中国农业大学通讯作者 Sugarcane basecutters: a technology review Applied Engineering in Agriculture SCI 2021 Fenglei Wang 中国农业大学通讯作者 Field test and evaluation on crop dividers of sugarcane chopper harvester. Int J Agric & Biol Eng SCI 2021 Jing Bai 中国农业大学通讯作者 High-Speed Photography Analysis on Sugarcane Base Cutting Process of Contra-Rotating Basecutters Sugar Tech. SCI 2021 Fenglei Wang 中国农业大学通讯作者 Aerodynamic Performance Evaluation of Sugarcane Harvester Extractor Based on CFD Sugar Tech SCI 2020 Xing, H 中国农业大学通讯作者 Basecutting Energy Consumption of Sugarcane Stools Using Contra-Rotating Basecutters Transactions of the ASABE SCI 2020 Wang, F 中国农业大学通讯作者 Effect of Contra-Rotating Basecutter Parameters on Basecutting Losses Sugar Tech SCI 2020 Wang, F 中国农业大学通讯作者 Performance of Crop Dividers with Reference to Harvesting Lodged Sugarcane Sugar Tech SCI 2020 Bai, J 中国农业大学通讯作者 Evaluation of shake-and catch methods on harvesting of tall spindle apples Transactions of the ASABE SCI 2020 Xing, H 中国农业大学通讯作者 Experimental Research on Sugarcane Under-the-Ground Basecutting Applied Engineering in Agriculture SCI 2020 Bai J 中国农业大学通讯作者 Energy consumption of sugarcane basecutting using contra-rotating basecutters Transactions of the ASABE SCI 2020 Wang, F 中国农业大学通讯作者 Testing and analysis of the extractor of a sugarcane chopper harvester Transactions of the ASABE SCI 2020 Bai J 中国农业大学通讯作者 Cane Loss Studies on Sugarcane Chopper Harvester 2020 ASABE AIM EI 2020 Xing, H 中国农业大学通讯作者 Experimental Study on Tensile Properties of Sugarcane Leaves 2020 ASABE AIM EI 2020 Bai, J 中国农业大学通讯作者工程教育背景下的农业院校液压与气压传动案例教学应用[J] 教育教学论坛 2020 马少春中国农业大学 1 “产教融合”背景下的农业院校液压与气压传动实践教学探索[J] 产教融合研究 2020 马少春中国农业大学 1 切段式甘蔗收割机排杂风机结构优化与试验农业工程学报 EI 2020 邢浩男中国农业大学通讯作者 Sugarcane cutting quality using contra-rotating basecutters Transactions of the ASABE SCI 2019 Wang, F 中国农业大学通讯作者 Studies on Parameter Extraction and Pruning of Tall-spindle Apple Trees Based on 2D Laser Scanner IFAC-PapersOnLine CPCI 2019 Bai J 中国农业大学通讯作者 A Comparison Study on Mechanized Sugarcane Production Modes in China 2019 ASABE AIM EI 2019 Bai, J 中国农业大学通讯作者 Experimental Research on the Feeding Mechanism of Sugarcane Chopper Harvester 2019 ASABE AIM EI 2019 Ma, J 中国农业大学通讯作者 Performance evaluation of the sugarcane chopper harvester extractor under different operating speed modes 2019 ASABE AIM EI 2019 Xing, H 中国农业大学通讯作者 An Experimental Study on a Specialized Catching Device for Mechanical Harvesting of Apples 2019 ASABE AIM EI 2019 Wang, M 中国农业大学通讯作者 Bicycle Intelligent Stereo Parking Garage Journal of Physics: Conference Series CPCI 2019 Wang, M 中国农业大学通讯作者 Evaluation of shake-and-catch mechanism in mechanical harvesting of apples Transactions of the ASABE SCI 2018 Ma, S 中国农业大学 1 Adaptability of chopper harvester in harvesting sugarcane, energy cane, and bana grass Transactions of the ASABE SCI 2018 Ma, S 中国农业大学 1 Effect of Sugarcane Chopper Harvester Extractor Parameters on Impurity Removal and Cane Losses IFAC-PapersOnLine EI 2018 Wang, F 中国农业大学通讯作者 The Experimental Study on Apple Vibration Harvester in Tall-spindle Orchard IFAC-PapersOnLine EI 2018 Liu, M 中国农业大学通讯作者 Studies on Suspension Property of Sugarcane Components IFAC-PapersOnLine EI 2018 Wang, F 中国农业大学通讯作者 Design and experiments of coaxial contra-rotating sugarcane base cutter with time-frequency control Applied Engineering in Agriculture SCI 2018 Wu, X 中国农业大学 3 Design of a smart after-service system for sugarcane harvesters based on product lifecycle Journal Europeen des Systeme Automatises EI 2018 Liu, S 5 Design and Tests of a Suction － pressure － based Portable Apple Picker Journal of Agricultural Mechanization Research 核心 2018 Ma, S 中国农业大学 1 A study on the effects of harvester off-track errors on stubble losses Applied Engineering in Agriculture SCI 2017 Ma, S 中国农业大学 1 Frequency Sweep Test and Finite Element Analysis of Watermelon International Journal of Food Engineering SCI 2017 Wang, F 中国农业大学通讯作者 Global overview of research and development of crop residue management machinery Applied Engineering in Agriculture SCI 2017 Zhang, Z 4 Design and testing of an inter-row hole-pricking granular fertilizer for corn International Agricultural Engineering Journal EI 2017 Hu, H 3 “Jazz” apple impact bruise responses to different cushioning materials Transactions of the ASABE SCI 2017 Fu, H 3 滑动式开沟器关键结构参数对种床土壤特性的影响农业工程 2017 张祥彩中国农业大学 4 Effect of cane stool density and stubble height on sugarcane stubble damage in hawaii fields Transactions of the ASABE SCI 2016 Ma, S 中国农业大学 1 Air suspension-based catching mechanism for mechanical harvesting of apples IFAC-PapersOnLine EI 2016 Ma, S 中国农业大学 1 Bruise responses of apple-to-apple impact IFAC-PapersOnLine EI 2016 Fu, H 3 Effect of tine furrow opener on soil disturbance, draught, and fuel consumption International Agricultural Engineering Journal EI 2016 Zhang, X 3 Experimental study on performance of a pneumatic seeding system Int J Agric & Biol Eng SCI 2016 Liu, L 3 Effects of key design parameters of tine furrow opener on soil seedbed properties Int J Agric & Biol Eng SCI 2016 Zhang, X 4 Effect of mulching with maize straw on water infiltration and soil loss at different initial soil moistures in a rainfall simulation Frontiers of Agricultural Science and Engineering 2016 Zhang Y 中国农业大学 7 Performance Evaluation of a chopper harvester in Hawaii sugarcane fields Transactions of the ASABE SCI 2015 Ma, S 中国农业大学 1 Sugarcane harvester technology: a critical overview Applied Engineering in Agriculture SCI 2014 Ma, S 中国农业大学 1 Economy of scale for biomass refineries: variable area utilization factors (AUF), bulk densities, transportation cost and incentive Transactions of the ASABE SCI 2014 Ma, S 中国农业大学 1 System of Systems Model for Biofuel Development Analysis (SoS - Biofuel) Journal of Infrastructure Systems SCI 2014 Housh, M 14 Economy of scale for biomass refineries: commodity vs. contract pricing, area utilization factor (AUF), and energy crops. Transactions of the ASABE SCI 2012 Ma, S 中国农业大学 1 Design and Experimental Research on Permanent-Raised-Beds Sweep Journal of Agricultural Mechanization Research 核心 2006 Ma, S 中国农业大学 1