个人信息

面向“双碳”目标下制冷与热泵装备低碳化、高效化和可靠性提升的需求,主要研究兴趣包括环保工质压缩机和制冷系统、多物理场耦合仿真、先进容积压缩机研制等。主持参与自然科学基金青年和国际产学研合作等相关项目20余项，在国内外期刊发表研究论文40多篇。

研究方向

• 环保工质压缩机和制冷系统    LGWP refrigerant compressor and its system

• R290滚动转子、涡旋压缩机

• 压缩机多物理场耦合仿真       Multi-physical simulation of the compressor

• 几何和热力过程问题

• 润滑和间隙的薄膜流动问题

• 多体动力学和薄膜流固耦合问题

• 振动噪声问题

• 特种/先进容积压缩机研制                    Development of advance/special compressor

• 近等温压缩技术

• 补气压缩技术

• 氦气压缩技术

教育工作经历

2026.01~今          西安交通大学 副教授

2022.07~2025.12 西安交通大学 助理教授   

2016.09~2022.06 西安交通大学 博士  导师：吴建华 教授

2021.02~2021.07 丹麦科技大学 访学  Supervisor: Assoc. Prof. Ongun Berk Kazanci and Prof. Bjarne W. Olesen 

2012.09~2016.06 西安交通大学 学士 

SCI论文

1.       铁路列车超低温热泵蒸汽喷射压缩机的CFD研究与优化 发表于国际期刊 International Journal of Refrigeration 2026.03.26 
   Che Wang*, Yifeng Ding, Qihang Wu, Pengfei He, Haode Wang, Enhao Zhang, Jianhua Wu, CFD study and optimization of a vapor injection compressor for the ultra low temperature heat pump in railway train [NSFC52406026]
   

2. 基于新型CFD方法对压缩机间隙中的两相薄膜流的制冷剂/润滑油空化进行模拟 发表于国际期刊 International Journal of Refrigeration 2026.03.26 
   Jiachen Li, Hui Zhang , Yongxiang Guo, Tian Zhang, Zibo Zhao, Che Wang*, Jianhua Wu,Two-phase thin film flow in the compressor’s clearance considering gaseous cavitation of refrigerant/oil based on a novel CFD approach [NSFC52406026]

3. 回热近等温压缩二氧化碳制冷循环中压力回收的优势：理论研究 发表于国际期刊 Case Studies in Thermal Engineering 2025.11.26
   Che Wang*, Jianhua Wu. Advantages of Pressure Recovery in the Regeneration Nearly-Isothermal Compression CO2 Refrigeration Cycle: A Theoretical Study [NSFC52406026]

4. 高速条件下 R290 旋转式压缩机供油特性研究 发表于国际期刊 International Journal of Refrigeration 2025.06.04
   Jie Lin , Ran Zhang , Che Wang* , Jianhua Wu* , Liangyou Zhu. Study on the oil supply characteristics of R290 rotary compressors under high-speed conditions  [NSFC52406026]

5. 涡旋不对称特征对电动汽车涡旋压缩机热力学过程和动力特性的影响 发表于国际期刊 International Journal of Refrigeration
   Zibo Zhao , Che Wang* , Jianhua Wu*. Influence of asymmetrical features of scroll plates on thermodynamic processes and orbiting scroll dynamic characteristics of electric vehicle scroll compressors

6. 基于机理模型提高高铁超低温热泵性能 发表于国际期刊Applied Thermal Engineering
   Wang, Che*, Qihang Wu, Jie Zhang, Zibo Zhao, Hongyan Shi, and Jianhua Wu. "Enhancing ultra-low-temperature heat pump performance for high-speed trains using mechanism-based model." Applied Thermal Engineering (2025): 126021. [NSFC52406026]

7. LGWP 制冷剂喷油近等温压缩的蒸汽压缩循环理论研究
   C Wang*, B Lei, Z Zhang, Q Liu, J Wu. Theoretical study on the vapor compression cycles with nearly isothermal compression for various LGWP refrigerants using oil injection. Applied Thermal Engineering, 125510, 2025  [NSFC52406026]

8. 高铁用热泵低温启动和除霜动态特性及其对卧式涡旋压缩机可靠性
   C. Wang*, Q. Wu, J. Zhang, Z. Zhang, J. Wu, Startup and defrosting dynamic characteristics of the heat pump and its influence on horizontal scroll compressor reliability of high-speed train, Case Studies in Thermal Engineering (2024) 105732. https://doi.org/10/g8xfsz.  [NSFC52406026]

9. 制冷剂/油溶解度对加压制冷剂环境中挤压膜特性的影响
   C. Wang*, H. Zhong, B. Lei, Z. Zhang, J. Wu, Effect of refrigerant-oil solubility on the characteristics of squeeze film in pressurized refrigerant environments, International Journal of Refrigeration (2024). https://doi.org/10/g8xfs2.  [NSFC52406026]

10. 制冷压缩机轴承气液两相润滑的动静特性相关研究
    Wang C*, Zhang Z, Huang Y, et al. Static Characteristics and Dynamic Coefficients of a Gas–Oil-Lubricated Journal Bearing Under a Pressurized Refrigerant Environment[J]. Journal of Tribology, 2025, 147(2).

11. 近等温氦气涡旋压缩机研究
    Wang C*, Zhao Z, Wu J. Nearly isothermal compression characteristics of the helium oil-flooded scroll compressor[J]. Applied Thermal Engineering, 2024: 123597.

12. 压缩机侧向微间隙内的油气两相泄漏和动压效应研究
    Wang C*, Zhong H, Zhang S, et al. Numerical research on the hydrodynamic effect on the leakage of two-phase refrigerant-oil mixture in the flank gaps of compressors[J]. International Journal of Refrigeration, 2024, 159: 230-240.

13. 涡旋压缩机动盘-曲轴-轴承系统多体摩擦动力研究
    Wang C*, Zhao Z, Zhang Z, et al. Transient multibody tribo-dynamics analysis of the orbiting scroll in a three-bearing scroll compressor[J]. Proceedings of the Institution of Mechanical Engineers, Part J: Journal of Engineering Tribology, 2024: 13506501241248547.
    

14. 涡旋压缩机曲轴-轴承系统摩擦动力的实验和仿真研究
    Wang C*, Zhong H, Zhang S, et al. Experimental and numerical study on the dynamic and lubrication characteristics of the rotor-bearing-frame system in a variable-speed scroll compressor[J]. Proceedings of the Institution of Mechanical Engineers, Part E: Journal of Process Mechanical Engineering, 2024: 09544089241230256.

15.  考虑气态空化的高压油冷系统轴承两相润滑特性
    Wang C*, Zhong H, Lei B, et al. Two-phase lubrication characteristics of journal bearing in refrigerant-oil system under high-pressure environment considering gaseous cavitation[J]. International Journal of Refrigeration, 2024, 158: 253-263.

16. 基于 CFD/CSM 模拟的涡旋压缩机涡旋盘径向和侧面泄漏间隙的接触和尺寸研究
    Wang C*, Zhang S, Zhao Z, et al. Study on the contact and size of radial and flank leakage gaps of scrolls in a scroll compressor with CFD/CSM simulations[J]. International Journal of Refrigeration, 2023, 149: 73-82.

17. 房间空调器启动及除霜过程中R290/PAG油流动及迁移特性可视化研究 
    Wang C*, Wu J, Lei B, et al. Visualization study on the flow and migration characteristics of R290/PAG oil in a room air conditioner during startup and defrosting processes[J]. International Journal of Refrigeration, 2023, 150: 149-157.

1. 超高速旋转压缩机排气阀研究：基于实验和 FSI 模拟的研究 被International Journal of Refrigeration收录发表 10/20/2024 

   Zhong, H., Zhao, W., Zhang, Z., Wang, C., Gao, K., Wu, J.*, 2024. Investigation of discharge valve in ultra-high-speed rotary compressors: An experimental and FSI simulation-based study. International Journal of Refrigeration 168, 730–741 

2. 低GWP制冷剂压缩机热力学性能和压缩特性分析：实验研究和0-D/3-D模拟 被Applied Thermal Engineering收录发表 09/30/2024 
   Zhong H, Wang C, Zhang L, et al*. Thermodynamic performance and compression characteristics analysis of low GWP refrigerant in compressors: Experimental investigation and 0-D/3-D simulation[J]. Applied Thermal Engineering, 2024: 124491.

3. 高速R290滚动转子压缩机相关研究被International Journal of Refrigeration收录发表 07/25/2024 
   Zhong H, Lei B, Zhang L, et al*. Performance research and improvement of ultra-high-speed R290 rotary compressor[J]. International Journal of Refrigeration, 2024.

4. 车用空调电动涡旋压缩机制冷工况电机及变频器温度分布研究  被国际期刊International Journal of Refrigeration收录发表 
   Zhang S, Wang C, Zhong H, et al*. Study on the temperature distribution of motor and inverter in an electric scroll compressor for vehicle air conditioning under refrigeration conditions[J]. International Journal of Refrigeration, 2023, 154: 111-124.

5. R290分体热泵启动过程动态特性仿真与实验研究  被国际期刊Applied Thermal Engineering收录发表 
   Du Y, Lin J, Wu J*, et al. Simulation and experimental study on dynamic characteristics of R290 split heat pump during start-up[J]. Applied Thermal Engineering, 2024, 236: 121564.

1. 涡旋压缩机中带有泄压槽的轴颈轴承系统的弹流体动力润滑：模拟与实验
   Wang C, Wu J, Cheng J, et al*. Elasto-hydrodynamic lubrication of the journal bearing system with a relief groove in the scroll compressor: Simulation and experiment[J]. Tribology International, 2022, 165: 107252.

2. 非对称代数涡旋压缩机背压影响因素分析
   Wang C, Zhang S, Lei B, et al*. Analysis on influence factors of back pressure in an asymmetrical algebraic scroll compressor[J]. International Journal of Refrigeration, 2022, 138: 97-107.

3. 不同环境温度下R290房间空调器启动特性实验研究
   Wang C, Wu J*, Du Y, et al. Experimental study on startup characteristics of a R290 room air conditioner under various ambient temperatures[J]. International Journal of Refrigeration, 2020, 109: 37-44.

4. 系统控制策略对R290房间空调器启动特性的影响
   Wu J, Li J, Wang C*, et al. Effects of system control strategies on startup characteristics of R290 room air conditioners[J]. Applied Thermal Engineering, 2020, 172: 115166.

5. 高环境温度下旋转压缩机润滑状况评估
   Wang C, Wu J*, Du Y, et al. Lubricating condition evaluation of the rotary compressor under high ambient temperature[J]. International Journal of Refrigeration, 2020, 118: 220-229.

中文论文

1. 电动汽车涡旋压缩机涡旋腔非对称压力分布成因及特性分析 被流体机械 收录发表 20251031

2. 高转速R290旋转压缩机排气结构改进——基于p-V实验和三维流固耦合仿真 压缩机技术 20250222

3. 转子式压缩机泵体压插管力与螺钉拧紧力矩关系的分析与验证 流体机械 20241128

4. 型线偏置对涡旋压缩机动盘尺寸和动力学特性的影响 被流体机械 收录发表 20230718

发明专利

软著

1. 用于涡旋压缩机设计的涡旋压缩机模拟软件 [简称：涡旋压缩机模拟软件] V2.4 获批软著 2023SR0146145

本科大创

1. 参与 2026年西安交通大学本科实验实践与创新创业教育教学改革研究专项项目《基于大创计划的AI赋能创新创业教育实践》

2. 恭喜23级吴俊成、鲍一鸣、胡浪、张家瑞、孙欣冉等同学“环保制冷剂/油溶析状态的实时TOF无损测量研究”获批2025年西安交通大学省级“大学生创新训练项目” ，中期答辩良好顺利通过！

本科毕设

1. 2021级赵基正 《面向超低温应用的转子压缩机技术研究》

国际交流

1. 计划：2026年8月，参加 University of Waikato (新西兰）举办的 17th IIR-Gustav Lorentzen Conference on Natural Refrigerants (GL 2026) 

2. 2026.4.11，接待LGE ES Company Vice President Lab Director Oh一行来校访问交流，探讨先进涡旋压缩技术开发和后续联合研究计划。

3. 2026年3月9~13，访问韩国 LGE 公司 Gasan R&D Campus，完成涡旋压缩机相关项目交付并探讨后续联合研究计划。

4. 2025年7月，参加10th International Conference on Compressors and Refrigeration,2025（西安交通大学），对 Two-phase Lubrication of Refrigerant-oil Mixture in High-pressure Compressor报告，与GMCC、LGE、BOSCH等公司交流

5. 2025年6月，参加马里兰大学（美国）举办的 7th IIR Conference on Thermophysical Properties and Transfer Processes of Refrigerants,对油池状态的超声监测方法Monitoring the transient concentration of refrigerant in oil using ultrasonic TOF method 进行报告、对等温压缩进行交流

6. 2024年7月，课题组博士生赵子博参加美国普渡会议（2024 Herrick Conferences），对电动汽车涡旋压缩机非对称热力学过程研究进行报告交流，并与合作公司进行技术交流
   2024 Conferences - Ray W. Herrick Laboratories - Purdue University

7. 2023年8月，前往法国巴黎参加第26界国际制冷大会（26th International Congress of Refrigeration）对R290和R410A房间空调器启动过程中瞬态加热性能分析、寒冷地区R290蒸汽喷射空气水热泵性能实验研究 进行报告、交流
   Transient heating performance analysis of R290 and R410A heat pumps during startup process (researchgate.net)
   Experimental study on the performance of R290 air-water heat pump with vapor injection for cold regions (researchgate.net)

8. 2021年7月，线上参加英国城市大学举办的12th International Conference on Compressors and their Systems，对涡旋压缩机CFD/CAE仿真进行报告交流

   Simulation of the Deformation and Contact of Scrolls in the Scroll Compressor

国内交流

1. 2026年5月，受邀于北京工业大学汇报环保工质制冷与热泵压缩机的热动力和润滑特性研究。

2. 2026年4月，参加中国城市轨道交通协会技术装备专业委员会组织的城轨装备核心技术攻关项目中期审查会（西安），交流补气热泵技术在轨道交通的应用。

3. 2026年4月，参加第36届制冷展（北京），对涡旋压缩机关键润滑副摩擦磨损模型开发与设计改进进行报告，与日本静冈大学工学部部长Prof. Fukuta交流润滑油制冷剂物性测量。

4. 2025年4月，参加第八届传热传质青年学术论坛（青岛）

5. 2025年3月，受邀参加第二届压缩机摩擦与润滑技术研讨会（上海），对制冷压缩机内滑动轴承系统运行特性研究进行报告

6. 2024年10月~2024年12月，受聘担任上海海立电器有限公司高级技术顾问。

7. 2024年8月，参加第十三届全国高等院校制冷及暖通空调学科发展与教学研讨会暨第十三届全国制冷空调新技术研讨会（昆明）

8. 2024年3月，参加第35届中国制冷展（北京），与合作公司进行涡旋压缩机虚拟设计/测试技术交流
   Virtual Design/Test Platform for Scroll Compressor

感谢以下资助方