研究方向

摩擦、涂层、润滑、轴承

基本介绍

曹均、博士、温州大学瓯江特聘教授、宁波大学兼职硕导，中国大学生创新创业优秀导师、全国优秀创新创业博士后、省科技创新人才、中国生命科学与医疗产业工作委员会常务委员、中国摩擦学会委员、中国表面工程协会特邀专家、中国电子节能协会智能电器协会顾问专家、《稀有金属》《材料保护》《轴承》青年编委，宁波“甬江引才”、拔尖人才。

主要工作经历

2018.12-2023.06，宁波大学

获奖情况

(1)第六届创青春中国青年创新创业大赛浙江省总冠军，全国季军（排名1/7）

(2)第三届全国智能制造创新创业大赛，华东区第一名，全国第四（排名1/6）

(3)替代电镀的滑动摩擦件绿色润滑涂层产业化, 中国技术市场协会金桥奖（排名1/7）

(4)替代电镀的滑动轴承涂层技术及其产业化，第二届全国博士后创新创业大赛，优胜奖（排名1/4）

指导学生竞赛：

(1)第十二届“挑战杯”中国大学生创业计划竞赛，全国金奖，指导老师：曹均、洪松、晏程程

(2)第六届中国国际“互联网+”大学生创新创业大赛，全国金奖，指导老师：曹均、洪松、晏程程

(3)第十七届“挑战杯”大学生课外学术科技作品竞赛，浙江省一等奖、全国铜奖，指导老师：曹均、洪松

承担项目

(1)国家自然科学基金面上项目，介质突变工况船舰轴瓦磨蚀耦合失效机理及聚合物涂层成型机制研究，主持，50万，2026-2030；

(2)山东省重大项目，建筑与交通用绿色低碳涂层技术及关键装备研究与产业化应用，主持，615万，2024-2027；

(3)宁波市重大专项，易清洁自润滑防腐涂层关键技术研发，主持，300万，2024-2027；

(4)浙江省"领雁"研发攻关项目，柴油机大承载轴瓦用钢背/铜合金双金属带设计与制备，参与，20万，2024-2027；

(5)宁波市重大专项，适用于滑动摩擦的高分子涂层材料与制备关键技术及产业化，主持，300万，2023-2025；

(6)国家自然科学基金青年基金，极地船用大尺寸轴瓦启停磨损机理及宽温域涂层设计与制备方法研究，主持，30万，结题；

(7)浙江省自然科学基金，核用关节轴承磨损机理及耐高温自润滑涂层设计研究，主持，9万，结题；

(8)宁波市重大专项，仿生人工寰齿关节的结构优化和性能研究，参与，20万，2023-2025；

(9)舟山岱山科技局，岱山汽船配综合体创新服务，主持，70万，2022-2024.

学术任职

学术成果

发表SCI论文50+，以下列举近2年SCI论文：

[1] Jinmin Li, Jun Cao*, Tao Dang, Dongqing He, Lunlin Shang, Jianfei Tu, Self-lubricating and anti-corrosion properties of polyimide/ polyamide-imide/epoxy resin coatings with Ti₃C₂Tx MXene,Tribology International, 2026 (214) 111279.

[2] Jialin Xiao, Jun Cao*, Haibo Huang, Zhongliang Xie, Yonghao Zhu, Tribological and anti-corrosive performances of epoxy resin coatings filled with Ti₃AlC₂ at rise temperature, Materials Chemistry and Physics, 2026 (347) 131517.

[3] Shijie Yu, Xinjie Hu, Jun Cao*, Li Liu, Haibo Huang, Zhongbiang Xie, Xizhang Chen, Xiaocui Wang, Investigation of tribology and wear prediction of a polymer coating consisting of GO and WC on the surfaces of three textures, Journal of Materials Science, 2025(60):13765–13779.

[4] Hongyu Rao, Yunfeng Chen, YuChun Ma, Zhao Qiang, Hao Li, XinKun Suo, MeiGui Yin, Jun Cao*, Study on the anti-icing and tribological poperties of SiO₂-modified PTFE-WS₂/PI-PAI polymer coatings at low temperature,Polymer Composites, 2025; 0:1–15.

[5] Zhaobo Wu, Tao Dang, Zhiyuan Zhao, Xiaomeng Xie, Xiaocui Wang, Jun Cao^*, Minhao Zhu, Preparation of B4C/CS/SiO₂ coating on SS316L for bone implants: Tribological, biological, and antibacterial properties, Friction, 2025, 13(8):9441009.

[6] Biao Hu, Jun Cao*, Kunze Wang, Li Liu, Yong Hu, Xiaocui Wang, Xiuli Zhang, Xin Kun Suo, Minhao Zhu, PI/PAI-E44 synthesis-inspired composite coating with graphene-reinforced hydroxyapatite: enhanced wear resistance, antibacterial properties, biological activity, and corrosion resistance, Surface and Coatings Technology,2025,497:131786.

[7] Xin Zhuo, Yeping Teng, Jun Cao*, Li Liu, Xiaocui Wang，The investigation of support effect from hard substrate to soft coating of PI/EP-PTFE under different coating thicknesses and frictional contacts，Materials Today Communications, 2024，41：110690

[8] Yanni Luo, Siyuan Xue, Hao Mei , Hailong Wang, Haofeng Weng, Yile Mao , Xiaohui Leng , Xiaocui Wang, Jun Cao*，Investigation of tribology and life prediction of polymer coatings on 7N21aluminum alloy under dry sliding wear. Colloids and Surfaces A: Physicochemical and Engineering Aspects， 2024,703: 135384

[9] Shijie Yu, Yuhao Chai, Chenyi Zhu, Kebing Zhu, Li Liu, Xiuli Zhang, Xiaocui Wang, Jun Cao*, Tribocorrosion properties of NdCl₃-modified resin-based polymeric coatings in contaminated lubricating oils, Materials Today Communications, 2024, 40:109692.

[10] Yongzhuang Wang, Jun Cao*, Xiuli Zhang, Xiaocui Wang, Qihua Long, Hailiang Xu, Minhao Zhu, The investigation of tribological properties of PAI/PI-EPN polymer coating filled with WS₂ and SiC at low temperatures, Journal of Applied Polymer Science, 2024, 6:55953.

[11] Jun Cao* , Xiuli Zhang , Jue Huang, Zhiyuan Zhao , Yuhao Chai, Chenyi Zhu, Chuankun Tu, Jia Fu, Lihua Long, Yongcheng Jing，The Tribological and Mechanical Properties of Polyimide/ Polyamide Imide/Epoxy Resin, Polytetrafluoroethylene-ZrO₂ Coating on an Engine Bearing，Journal of Macromolecular Science, Part B Physics. 2024, 4:1-17.

[12] Tao Dang, Jun Cao*, Zhaobo Wu ,Zeshan Abbas , Li Liu, Chunli Zhu, Qihua Long, Feng Li, Yongsheng Jin, Effect of microtexture morphology on the tribological properties of PI/ EP-PTFE-WS₂ coating under starved oil and dry sliding wear, Surfaces and Interfaces, 2024, 48:104221.

[13] Xin Zhuo, Jun Cao*, Haibo Huang, Li Liu , Xinkun Suo, Peiqing Ye, Zeshan Abbas，Cavitation erosion resistance and tribological performance of PAI/PI/EP soft coating on 20CrMo，Wear, 2024, 536–537 :205176.

[14] Peng Xiang, Jun Cao*, Shimin Wang, Jinxing Wu, Zeshan Abbas，Tribological properties of PTFE/PI-PAI composite coatings filled by GO/ZrO₂ on the surfaces of different micro-textures,Colloids and Surfaces A: Physicochemical and Engineering Aspects, 2024, 686:133412.