程峰

职称

副教授

职务

硕士生导师，专任教师

联系方式

fcheng@jiangnan.edu.cn

教育背景

1999-2006：中北大学机械工程学院学习，获得学士和硕士学位

2006-2009：中北大学机电工程学院任教

2009-2014：东南大学机械工程学院学习，获得博士学位

2014至今：江南大学机械工程学院任教

学术兼职

江苏省“科技副总（企业创新岗）”特聘专家。

担任《Tribology International》、《Journal of Mechanical Science and Technology》、《iMeche Journal of Engineering Tribology》、《Journal of Tribology》、《Applied Science》、《Sensors》等国际期刊审稿人。

研究方向

1.流体机械监测与空蚀防护

2.机械/转子监测及动力学分析

3.工业数据监测系统与安全监管

（开展Creo、SolidWorks、ANSYS、Fluent、Python、Matlab、Adams等在产品设计及平台开发中的应用研究）

在研项目

1.国家重点研发计划子课题“基于IDS和GAIA-X的网络协同制造跨国互操作规则和方案模式研究”（2022YFE0114300）

2.装备重大基础研究项目中国舰船研究设计中心课题“喷丸及激光强化处理在空蚀防护中的应用研究”（909120903）

3.长三角国创中心人才联培项目“典型高危行业安全监管平台系统”（202232021000310）

4.中国博士后科学基金项目“高速水润滑主轴轴承的空化滑移与空蚀研究”（2018M630514）

5.企业课题“动、静设备大语言模型知识库的建模、机理与验证”

6.企业课题“水电机组数据采集与在线监测系统的开发”

2022,面向旋转机械设备的边缘计算系统及大数据平台的关键技术研究及产业化，中国轻工业联合会科技进步奖三等奖，排第二

1.李富春,程峰.一种多环境适用的喷气辅助型风力发电装置, 2024.09.17,中国，ZL 202311598683.0

2.李富春,程峰.一种基于过滤的喷气式反转蜗轮汽轮发电装置, 2024.09.17,中国，ZL 202311774263.3

3.程峰,曾玉海等，采用可信边缘通道的工业设备语义数据分级管理存储方法，2024.07.02,中国，ZL 202311822335.7

4.Feng Cheng, Zhigang Ma, Weixi Ji. Die-Pressing Production Device and Method for Flavored Dried Bean Curd. 2024.9.3, US 12075800 B2

5.Feng Cheng, Weixi Ji, Kaiwen Zhou. Intelligent Car Garage-moving Device Based on Single-chip Microcomputer Cintrol, 2020.04.07, US 10612260 B2

6.程峰，宋飞虎，麻志刚，吉卫喜.一种弹性布料分型的茶干快速成型装置及其成型方法，2020.07.24，中国，ZL 201910762750.5

7.程峰，吉卫喜，蒋红琰.一种间隙可调的锥面水射流空蚀试验装置，2017.08.11，中国，ZL 201410820540.4

8.程峰，武美萍，何雪明，吕彦明.一种回水槽冷却的水润滑可倾瓦静压轴承结构，2017.01.25，中国，ZL 201510017489.8

9.程峰，蒋建忠，蒋红琰.带大推力盘的气-液混合支撑高速电主轴装置，2017.01.25，中国，ZL 201410822984.1

10.程峰，蒋建忠，蒋红琰.基于多孔结构的空气捻接和退捻装置，2017.07.11，中国，ZL 201410820176.1

11.蒋书运，程峰.一种带微弧氧化膜层的高速水轴承结构，2015.04.15，中国，ZL 201210235583.7

12.蒋书运，程峰.一种带气体密封的高速水轴承性能试验置，2015.02.18，中国，ZL 201210234963.9

13.蒋书运，程峰.高速水轴承智能供水装置，2013.10.30，中国，ZL 201210234962.4

1.魏春虎,程峰,曾玉海,等.一种适用于轴承故障诊断半监督学习分类的多层图卷积注意力融合网络.机电工程,2024,41(08):1364-1375.

2.曾玉海,程峰,魏春虎,等.预测轴承寿命的gate递归单元特征融合域自适应模型.机电工程, 2024,41(04):613-621.

3.Hongyan Jiang,Feng Cheng, Cong Wu, et al. A multi-period-sequential-index combination method for short-term prediction of small sample data.Reliability Engineering and System Safety, 2024, 242:109767.

4.Feng Cheng, Fujia Wu, Shuo Wang, Xiaoxing Peng, Yantao Cao, Shifei Yang, A prediction model for suction cavitation erosion in a journal bearing.Tribology International, 2023,184: 108424.

5.赵克钦,程峰,杨世飞,变转速下对数平方包络谱在滚动轴承故障诊断中的应用,噪声与振动控制,2023, 43:132-138.

6.唐亮,程峰,吉卫喜,等.改进ICA求解柔性作业车间插单重调度问题[J].计算机工程与应用,2023,59(21):303-311.

7.Shuo Wang,Feng Cheng, Fujia Wu, et al. A study on surface microgrooves in cavitation test of 6061 aluminum alloy.Proceedings of the Institution of Mechanical Engineers, Part J: Journal of Engineering Tribology, 2023, 237(5):1212-1223.

8.Keqin Zhao,Feng Cheng, Weixi Ji, Variable step adaptive kurtogram method based on empirical wavelet transform for rolling bearing fault diagnosis.Journal of Mechanical Science and Technology, 2022, 36: 2695-2708.

9.Feng Cheng, Fujia Wu, Linlin Liu, Shifei Yang, Weixi Ji, Investigation on cavitation erosion of diamond-like carbon films with heterogeneous multilayer structure.Surface & Coatings Technology, 2021,405: 126682.

10.Feng Cheng, Weixi Ji, Junhua Zhao, Bubble-bubble interaction effects on multiple bubbles dynamics in an ultrasonic cavitation field,Proceedings of the Institution of Mechanical Engineers Part J-Journal of Engineering Tribology,2020, 7, 4386: 1051-1060.

11.Feng Cheng, Weixi Ji, Junhua Zhao, Influence of adhesion strength on cavitation erosion resistance of diamond-like carbon coating,Industrial Lubrication and Tribology,2019, 71: 724-730.

12.Hongyan Jiang,Feng Cheng, Dianjun Fang, Influence of TiO₂additives on cavitation erosion resistance of Al-Mg alloy micro-arc oxidation coating,Coatings, 2019, 9,521: 1-9.

13.Hongyan Jiang, Dianjun Fang, Klaus Spicher,Feng Cheng, Boxing Li，A new period-sequential index forecasting algorithm for time series data,Applied Sciences, 2019, 9, 4386: 1-12.

14.Feng Cheng，Weixi Ji，Chenhao Qian，Jie Xu，Cavitation bubbles dynamics and cavitation erosion in water jet，Results in Physics，2018, 9: 1585-1593.

15.Feng Cheng, Weixi Ji, Numerical and experimental study on dynamic characteristics of cavitation bubbles,Industrial Lubrication and Tribology, 2018, 70: 1119-1126.

16.Feng Cheng, Weixi Ji,Identification of dynamic coefficients of the journal bearing considering velocity slip of cavitation zone in the rotating spindle unit.Proceedings of the Institution of Mechanical Engineers Part J-Journal of Engineering Tribology,2018,232:1304-1317.

17.Feng Cheng，Weixi Ji，Cavitation erosion of a single bubble in water as a kind of dynamic damage，Proceedings of the Institution of Mechanical Engineers Part J-Journal of Engineering Tribology, 2017, 231: 1383-1389.

18.Hongyan Jiang,Feng Cheng，Experimental study on isothermal forging technology for a complex-shaped titanium alloy wing，Rare Metal Materials and Engineering，2017，46: 3182-3187.

19.Feng Cheng，Weixi Ji，A velocity-slip model for analysis of the fluid film in the cavitation region of a journal bearing，Tribology International，2016，97：163-172.

20.Feng Cheng，Weixi Ji，Simultaneous identification of bearing dynamic coefficients in a water-gas lubricated hydrostatic spindle with a big thrust disc，Journal of Mechanical Science and Technology, 2016, 30：4095-4107.

21.Feng Cheng，Weixi Ji，A new model of water gas turbulent lubrication for analysis of the static and dynamic characteristics in a journal bearing，Proceedings of the Institution of Mechanical Engineers Part J-Journal of Engineering Tribology, 2016, 230: 1439-1451.

22.Xiaohui Lin，Shuyun Jiang，Chengyu Hua，Feng Cheng，Thermohydrodynamic coupling model of oil aeration turbulent lubrication for journal bearing with interface effect，Journal of Tribology-Transactions of the ASME，2015, 137：041705-1~ 041705-11.

23.Feng Cheng，Shuyun Jiang，Cavitation erosion resistance of diamond-like carbon coating on stainless steel，Applied Surface Science，2014，292：16-26.

24.Feng Cheng，Shuyun Jiang，Jun Liang，Cavitation erosion resistance of microarc oxidation coating on aluminium alloy，Applied Surface Science，2013，280：287-296.