朱惠人

期刊论文

1. Tao Guo (126667), Chi Zhang, Guodong Li, Ke Li, Hui‐ren Zhu, Cunliang Liu, Jingyin Shi, Lin Ye (2026). Numerical and experimental investigation of flow and heat transfer in jet impingement and pin-fin cooling of turbine blade trailing edge. Applied Thermal Engineering.DOI
2. Zheng Zhang, Lin Ye, Hui‐ren Zhu, Chunyi Yao, Bolun Zhang, Cunliang LIU (2026). Cooling scheme from phantom cooling effect using vane film coolant on the endwall surface. International Journal of Heat and Fluid Flow.DOI
3. Yanming Qiu, Li Zhang, Zhipeng Xu, Ming Ren, Hui‐ren Zhu, Cunliang LIU (2026). Film cooling behavior from shaped holes on a curved wall under nonuniform pressure gradients. Physics of Fluids.DOI
4. Song Fu, Haiyong Liu, Yulu Jia, Cunliang LIU, Xiaohui Bai, Huiren Zhu (2026). Streamwise evolution and mechanism of film cooling over a longitudinal corrugated heat shield in an aero-engine afterburner. International Communications in Heat and Mass Transfer.DOI
5. 张正，朱惠人，张丽，姚春意，徐志鹏，薛树林，李亚雄（2025）. 尾迹影响涡轮叶片表面换热特性的算法研究. 《动力工程学报》.DOI
6. 黄敬军，姚春意，朱惠人（2025）. 全气膜涡轮导向叶片表面换热和冷却特性实验研究. 《汽轮机技术》.
7. Dao-En Zhou, Huiren Zhu, Long-Xi Zheng, Jie Lu, Yu-Dong Yang, Dingding Wang (2025). Study on the self-ignition mechanism and elimination method of valveless U-bend pulse detonation combustor. The Physics of Fluids.DOI
8. Ji-chen Li, Huiren Zhu, Lin Ye, Long-Xi Zheng, Dao-en Zhou, Cun-Liang Liu (2025). Investigation on the suitability of conventional film hole under pulsed detonation incoming flow conditions. International journal of thermal sciences.DOI
9. Zheng Zhang, Hui‐ren Zhu, Lin Ye, Chun-yi Yao, Zhipeng Xu, Cunliang Liu (2025). Aerodynamic Effects on Heat Transfer for Vane With Shaped Film Holes. Journal of Thermal Science and Engineering Applications.DOI
10. Mingrui Wang, Hui‐ren Zhu, Lin Ye, Cunliang Liu, Jichen Li, Jiajia Niu, Tao Guo (2025). Flow Mechanism and Heat Transfer Analysis on Ribbed/protruded Surface in Impingement/effusion Cooling of a Turbine Guided Vane Based on Conjugate Heat Transfer. Journal of Thermal Science.DOI
11. Zheng Zhang, Lin Ye, Hui‐ren Zhu, Yang Xu, Chun-yi Yao, Cunliang Liu (2025). Multi-region synergistic improvement and experimental validation of internal and external cooling structures in turbine blades. Physics of Fluids.DOI
12. Xinlei Li, Hui‐ren Zhu, Cunliang Liu, Lin Ye, Zhi‐peng Xu, Guodong Li, Weijiang Xu (2025). Research on enhancing impingement structure heat transfer capability based on secondary impingement. International Journal of Thermal Sciences.DOI
13. 姚春意，张正，朱惠人（2024）. 表面粗糙度对气膜冷却的影响机理. 《航空学报》.
14. 付仲议，李益民，黄琦，朱惠人（2024）. 冷气流量比对三维涡轮导叶全气膜冷却效率的影响. 《汽轮机技术》.
15. 张博伦，夏军，胡其高，朱惠人（2024）. 跨音速流动中涡轮动叶叶顶的气膜冷却特性分析. 《国防科技大学学报》.
16. Dao-En Zhou, Huiren Zhu, Long-Xi Zheng, Jie Lu, Wen-Hao Tan, Qing Li (2024). Experimental study on thermal load characteristics of a U-bend pulse detonation combustor. Case Studies in Thermal Engineering.DOI
17. Changwei Li, Tao Guo, Cunliang Liu, Hui‐ren Zhu, Guodong Li, Xinyu Wang, Jiayu Li, Shanjie Liu (2024). Study on the Impingement Cooling Structure With the Characteristic of Low Flow Resistance.DOI
18. Zhi‐peng Xu, Cunliang Liu, Lin Ye, Hui‐ren Zhu, Zhuang Wu (2024). Investigation of the effect of combustor swirl flow on turbine vane full coverage film cooling. Energy.DOI
19. 任明，刘存良，杜昆，张丽，朱惠人，张博伦（2023）. 弯扭涡轮叶片前缘复合角孔气膜冷却. 《航空学报》.
20. 张博伦，夏军，申志强，朱惠人（2023）. 跨声速流中圆锥孔在涡轮动叶叶顶上的气膜冷却特性实验研究. 《推进技术》.DOI
21. 史经垠，张丽，张博伦，朱惠人（2023）. 涡轮叶片内部通道流动换热算法改进. 《航空发动机》.
22. 姚春意，朱惠人，张正（2023）. 表面粗糙度对涡轮叶片换热特性影响的实验研究. 《第七届空天动力联合会议暨中国航天第三专业信息网第四十三届技术交流会论文集（第三册）》.DOI
23. 闫浩楠，张丽，朱惠人，刘存良，何爱杰，刘松（2023）. 基于RSM的带有热障涂层气膜孔参数优化的数值研究. 《航空动力学报》.
24. Zhi‐peng Xu, Hui‐ren Zhu, Cunliang Liu, Xinlei Li (2023). Analysis of flow characteristics and cooling performance of a novel impingement/effusion structure with bypass hollow holes. Physics of Fluids.DOI
25. Xinyu Wang, Cunliang Liu, Hui‐ren Zhu, Zhi‐peng Xu, Xinlei Li, Changwei Li (2023). Investigation on cooling characteristic of the novel double-wall with the hollow pin fin. International Journal of Thermal Sciences.DOI
26. Xinyu Wang, Cunliang Liu, Zhong-yi Fu, Lijun Yang, Hui‐ren Zhu (2023). Improvement of Film Cooling Design for Turbine Vane Leading Edge Considering Combustor Outflow. Journal of Thermal Science.DOI
27. Bo-lun Zhang, Jun Xia, Leping Yang, Yun-zhi Xi, Jingwei Gao, Hui‐ren Zhu (2023). Investigation of aerothermal performance of blade tip with conical holes in transonic flow. Aerospace Science and Technology.DOI
28. Mingrui Wang, Hui‐ren Zhu, Cunliang Liu, Rui Wang, Zhuang Wu, Chun-yi Yao (2023). Numerical Investigation of Flow and Heat Transfer in Vane Impingement/Effusion Cooling with Various Rib/Dimple Structure. Journal of Thermal Science.DOI
29. Xinyu Wang, Cunliang Liu, Hui‐ren Zhu, Xiaohui Bai, Zhuang Wu, Ziwen Wang (2023). Investigation on the showerhead film cooling of the turbine vane considering combustor swirling outflow. Applied Thermal Engineering.DOI
30. Lin Li, Cunliang Liu, Wei Li, Wenbin Chen, Hui‐ren Zhu, Weijiang Xu (2023). Numerical research on the particle transport and deposition in the impingement-film cooling passage. Physics of Fluids.DOI
31. 郭亮亮，朱惠人，王铭睿，李继宸（2022）. 涡轮叶片内部冷却结构流动换热特性的数值研究. 《推进技术》.
32. 叶林，刘存良，朱安冬，陈磊，李冰然，朱惠人（2022）. 凹槽对涡轮叶片前缘换热特性影响的实验研究. 《推进技术》.
33. 张杰，刘存良，张丽，朱惠人，姚春意，杨寓全（2022）. 槽缝射流和泄漏间隙对轴对称涡轮端壁换热特性的影响. 《推进技术》.DOI
34. 屈云凤，徐景亮，朱惠人，吴向宇，万发君（2022）. 高压涡轮导向叶片外换热试验和计算研究. 《第六届空天动力联合会议暨中国航天第三专业信息网第四十二届技术交流会暨2021航空发动机技术发展高层论坛论文集（第六册）》.DOI
35. Zhi‐peng Xu, Hui‐ren Zhu, Cunliang Liu, Lin Ye, Daoen Zhou (2022). Film Cooling Effectiveness Superposition Calculation of Double-Row Injection Holes on Turbine Vane. Journal of Thermal Science.DOI
36. Guodong Li, Tao Guo, Changbo Qiu, Cunliang Liu, Hui‐ren Zhu, Jichen Li (2022). Experimental Investigation on Heat Transfer Characteristics in an Impingement/Effusion Cooling System of a Ribbed Turbine Casing.DOI
37. Zhuang Wu, Hui‐ren Zhu, Qiang Gao, Cunliang Liu, Lin Li, Zheng Zhang (2022). Experimental and Numerical Investigation of Impingement Heat Transfer on Target Plate with Streamlined Roughness Element at Maximum Crossflow Condition. Journal of Thermal Science.DOI
38. Chun-yi Yao, Jun Xia, Bo-lun Zhang, Nai-bing Liao, Zheng Zhang, Hui‐ren Zhu (2022). Investigation of the film-cooling and flow characteristics of trapezoidal slot scheme on the blade tip with partial pressure side squealer in transonic flow. International Journal of Thermal Sciences.DOI
39. Mingrui Wang, Hui‐ren Zhu, Cunliang Liu, Tao Guo, Li Zhang, Na Li (2022). Numerical analysis and design optimization on full coverage film-cooling for turbine guided vane. Engineering Applications of Computational Fluid Mechanics.DOI
40. Zhuang Wu, Hui‐ren Zhu, Cunliang Liu, Xu-yang Liu, Zheng Zhang (2022). Investigation of the roughened target plate to enhance the impingement heat transfer with reduced pressure loss. Applied Thermal Engineering.DOI
41. Zhuang Wu, Hui‐ren Zhu, Lin Li, Zhi‐peng Xu, Zheng Zhang (2022). Experimental study of the effect of swirling inflow on film cooling effectiveness. Case Studies in Thermal Engineering.DOI
42. 付仲议，朱惠人，姜茹，程李坚（2021）. 涡轮导叶W型孔全气膜冷却效率实验研究. 《推进技术》.
43. 张博伦，朱惠人，刘存良，姚春意，王亚州（2021）. 扇形叶栅通道中密度比和流量比对叶片表面全气膜冷却特性的影响. 《推进技术》.DOI
44. 姚春意，朱惠人，李鑫磊，刘存良，郭文，刘松，李世峰（2021）. 前缘射流对涡轮导叶吸力面多排气膜孔冷却特性的影响. 《推进技术》.DOI
45. 邱长波，李国栋，郭涛，刘存良，朱惠人（2021）. 涡轮机匣内部冷却结构换热特性的实验研究. 《工程热物理学报》.
46. Zheng Zhang, Hui‐ren Zhu, Cunliang Liu, Bolun Zhang, Chun-yi Yao, Zhuang Wu (2021). Effects of Holes Arrangement on the Superposition Characteristics of Film Cooling Effectiveness. Journal of Thermophysics and Heat Transfer.DOI
47. Mingrui Wang, Hui‐ren Zhu, Cunliang Liu, Tao Guo, Zhuang Wu, Na Li (2021). Structure improvement on turbine guided vane cooling system based on conjugate heat transfer. International Journal of Thermal Sciences.DOI
48. Chun-yi Yao, Zheng Zhang, Bo-lun Zhang, Hui‐ren Zhu (2021). Heat transfer characteristic of a fully cooled turbine vane. Case Studies in Thermal Engineering.DOI
49. Bo-lun Zhang, Hui‐ren Zhu, Chun-yi Yao, Cunliang Liu, Zheng Zhang (2021). Investigation on film cooling and aerodynamic performance of blade tip with tangential jet cooling scheme at transonic flow. Aerospace Science and Technology.DOI
50. Bo-lun Zhang, Hui‐ren Zhu, Li Zhang (2021). Experimental research on film cooling characteristics of multi-film-hole-rows. Case Studies in Thermal Engineering.DOI
51. Lin Li, Cunliang Liu, Lin Ye, Hui‐ren Zhu, Jianxia Luo, Song Liu (2021). Experimental investigation on effects of cross-flow Reynolds number and blowing ratios to film cooling performance of the Y-shaped hole. International Journal of Heat and Mass Transfer.DOI
52. Zhi‐peng Xu, Hui‐ren Zhu, Lin Ye (2021). Numerical investigation of the flow field and heat transfer characteristics for upstream continuous and truncated ribs. Heat Transfer.DOI
53. Tao Guo, Yun-Peng Ben, Yu-Chao Liu, Cunliang Liu, Hui‐ren Zhu (2021). Numerical Investigation of Array Impingement Heat Transfer on the Target With Advanced Pin Fins.DOI
54. Wang-Hao-Tai Kang, Hui‐ren Zhu (2021). Experimental and Numerical Study on Impingement Heat Transfer and Flow Characteristics on a Semicircular Ribbed Target Surface.DOI
55. Yuexin Wang, Tao Guo, Hui‐ren Zhu (2021). Hot-Wire Measurements in Non-Calibrated Conditions.DOI
56. Bo-lun Zhang, Hui‐ren Zhu, Chun-yi Yao, Cunliang Liu (2021). Investigation on aerothermal performance of a rib-slot scheme on the multi-cavity tip of a gas turbine blade. International Journal of Heat and Mass Transfer.DOI
57. Bo-lun Zhang, Hui‐ren Zhu, Chun-yi Yao, Cunliang Liu, Li Zhang (2021). Experimental study on film cooling and heat transfer characteristics of a twisted vane with staggered counter-inclined film-hole and laid-back-shaped-hole. International Journal of Heat and Mass Transfer.DOI
58. Chun-yi Yao, Zheng Zhang, Bo-lun Zhang, Hui‐ren Zhu, Cunliang Liu (2021). Heat Transfer Characteristics Analysis on a Fully Cooled Vane With Varied Density Ratios. Journal of Thermal Science and Engineering Applications.DOI
59. Cunliang Liu, Bingran Li, Lin Ye, Hui‐ren Zhu, Changxian Zhang, Wei Guo Song (2021). Film cooling characteristics of cross-flow coolant passage with various relative positions of holes and inclined ribs. International Journal of Thermal Sciences.DOI
60. Zhuang Wu, Hui‐ren Zhu, Cunliang Liu, Lin Li, Xu-yang Liu (2021). Showerhead film cooling injection orientation design on the turbine vane leading edge considering representative lean burn combustor outflow. Proceedings of the Institution of Mechanical Engineers Part G Journal of Aerospace Engineering.DOI
61. Jichen Li, Hui‐ren Zhu, Cunliang Liu, Lin Ye, Daoen Zhou (2021). Experimental Study on Film Cooling Effectiveness of Blade With Chevron-Shaped Holes Under Wake Influence. Journal of Turbomachinery.DOI
62. Bo-lun Zhang, Hui‐ren Zhu, Cunliang Liu, Chun-yi Yao (2021). Experimental Study of Outflow Effects in a Rotating Turbulated Channel. Journal of Turbomachinery.DOI
63. Chun-yi Yao, Hui‐ren Zhu, Bolun Zhang, Cunliang Liu (2021). Film Cooling Performance of a Fully Cooled Vane at High Subsonic Conditions. Journal of Thermophysics and Heat Transfer.DOI
64. 常国强，钱鑫，朱惠人，段佳家（2020）. 周期性压力波动对气膜孔流动特性影响的研究. 《工程热物理学报》.
65. 姚春意，朱惠人，刘存良，张博伦，周益典（2020）. 涡轮导叶压力面气膜孔排位置对气膜冷却特性的影响. 《推进技术》.DOI
66. 姚春意，朱惠人，刘存良，张博伦，周道恩（2020）. 高湍流度时全气膜涡轮叶片表面冷却和换热特性的实验研究. 《推进技术》.DOI
67. 姚春意，朱惠人，李鑫磊，刘存良，张博伦（2020）. 主流湍流度对涡轮导叶压力面扩张型气膜孔冷却特性的影响. 《西安交通大学学报》.
68. 潘云帆，朱惠人，郭涛，吴状，李国栋（2020）. 轴向旋流器的冷态流动特性研究. 《第五届空天动力联合会议暨中国航天第三专业信息网第41届技术交流会论文集（第三册）》.DOI
69. 姚春意，朱惠人，李鑫磊，刘存良，郭文，刘松，李世峰（2020）. 前缘喷淋射流对导叶压力面冷却特性的影响. 《航空动力学报》.DOI
70. 李杰，骆剑霞，朱惠人（2020）. 跨声速叶栅通道中叶片压力面簸箕孔型气膜冷却特性. 《航空动力学报》.DOI
71. Wei Zhang, Hui‐ren Zhu, Guangchao Li (2020). Experimental Study of Heat Transfer on the Internal Surfaces of a Double-Wall Structure with Pin Fin Array. Energies.DOI
72. Lin Li, Cunliang Liu, Bing-ran Li, Hui‐ren Zhu, Zhuang Wu, Wenbin Chen (2020). Numerical Study on Particles Deposition in the U-bend Ribbed Passage. ASME Journal of Heat and Mass Transfer.DOI
73. Tao Yang, Li Zhang, Hui‐ren Zhu, Xingming Wang (2020). Numerical Study on Film Effectiveness and Heat Transfer Characteristics of Aero-Engine Nose Cone With Hot Air Film.DOI
74. Mingrui Wang, Hui‐ren Zhu, Xu Yang (2020). Optimization Design of Turbine Blade Cooling Structure Based on Conjugate Heat Transfer.DOI
75. Bingran Li, Cunliang Liu, Lin Ye, Hui‐ren Zhu, Fan Zhang (2020). Experimental and Numerical Study on the Effects of the Relative Position of Film Hole and Orientation Ribs on the Film Cooling With Ribbed Cross-Flow Coolant Channel.DOI
76. Chun-yi Yao, Hui‐ren Zhu, Cunliang Liu, Bo-lun Zhang, Xinlei Li (2020). Film Cooling and Heat Transfer Performance of a Fully-Cooled Turbine Vane at Varied Density Ratios and Mass Flow Ratios.DOI
77. Zheng Zhang, Hui‐ren Zhu, Weijiang Xu, Cunliang Liu, Zhuang Wu (2020). Effects of Film Hole Shape and Turbulence Intensity on the Thermal Field Downstream of Single Row Film Holes.DOI
78. Zhuang Wu, Hui‐ren Zhu, Cunliang Liu, Lin Li, Qiang Gao, Zheng Zhang (2020). Mechanism of Novel Streamlined Roughness Element Enhancing the Flow and Heat Transfer Performance From Arrays of Impinging Jets.DOI
79. Bo-lun Zhang, Hui‐ren Zhu, Cunliang Liu, Jiansheng Wei (2020). Experimental Study on the Film-Cooling Characteristics of the Cylindrical Holes Embedded in Sine-Wave Shaped Trench. Journal of Engineering for Gas Turbines and Power.DOI
80. Wei Zhang, Hui‐ren Zhu, Guangchao Li (2020). Flow Regulation and Heat Transfer Characteristics in a Novel Turbine Shroud with Internal Asymmetric Throttle Chamber. Journal of Thermal Science.DOI
81. Cunliang Liu, Gang Xie, Hui‐ren Zhu, Jianxia Luo (2020). Effect of internal coolant crossflow on the film cooling performance of converging slot hole. International Journal of Thermal Sciences.DOI
82. Lin Ye, Cunliang Liu, Zhipeng Xu, Hui‐ren Zhu, Haiyong Liu, Yingni Zhai (2020). Experimental Investigation on the Adiabatic Film Effectiveness for Counter-Inclined Simple and Laid-Back Film-Holes of Leading Edge. Journal of Thermal Science.DOI
83. Lin Ye, Cunliang Liu, Feng Liu, Yuquan Yang, Hui‐ren Zhu (2020). Experimental Study on Heat Transfer of Leading Edge Film-Cooling With Counter-Inclined Cylindrical and Laid-Back Holes. ASME Journal of Heat and Mass Transfer.DOI
84. Lin Ye, Cunliang Liu, Daoen Zhou, Hui‐ren Zhu (2020). Experimental and Numerical Investigations on the Heat Transfer of Film Cooling With Cylindrical Holes Fed With Internal Coolant Cross Flows. ASME Journal of Heat and Mass Transfer.DOI
85. 付仲议，朱惠人，姜茹，程李坚（2019）. 高主流湍流度下密度比对涡轮导叶全气膜冷却特性的影响. 《推进技术》.DOI
86. 张博伦，张丽，朱惠人，魏建生，付仲议（2019）. 利用双波纹凹槽改善气膜冷却效率的数值研究. 《工程热物理学报》.
87. 孟通，朱惠人，刘存良，徐杨，魏建生（2019）. 气膜孔内流动结构对冷却效率的影响. 《工程热物理学报》.
88. 姚春意，朱惠人，付仲议，刘存良，张博伦（2019）. 主流湍流度对涡轮导叶吸力面W型气膜孔冷却效率影响的实验研究. 《推进技术》.DOI
89. 付仲议，朱惠人，姚春意，张洪，高强（2019）. 亚声速涡轮导叶全气膜冷却特性实验研究. 《推进技术》.
90. 陈大为，朱惠人，李华太，周道恩，贾晓萌（2019）. 基于压力敏感漆技术的尾迹对涡轮动叶前缘气膜冷却影响研究. 《推进技术》.
91. 陈大为，朱惠人，李华太，周道恩，贾晓萌（2019）. 基于热色液晶技术的尾迹对涡轮动叶表面换热系数影响研究. 《推进技术》.DOI
92. 付仲议，朱惠人，姚春意，高强（2019）. 亚声速涡轮导叶前缘气膜冷却特性实验研究. 《推进技术》.DOI
93. 陈大为，朱惠人，李华太，刘海涌，周道恩（2019）. 尾迹对涡轮动叶全表面气膜冷却效率的影响. 《航空学报》.
94. 李继宸，朱惠人，陈大为，陈刚，周道恩（2019）. 尾迹影响下有复合角扇形孔涡轮叶片表面的气膜冷却效率实验研究. 《西安交通大学学报》.
95. 陈大为，朱惠人，李华太，周道恩（2019）. 尾迹对动叶表面簸箕孔气膜冷却影响实验. 《航空动力学报》.DOI
96. 周益典，朱惠人（2019）. 涡轮叶片气膜冷却特性计算模型研究. 《中国航天第三专业信息网第四十届技术交流会暨第四届空天动力联合会议论文集——S07发动机热管理相关技术》.DOI
97. 张杰，张丽，郭涛，朱惠人（2019）. 涡轮叶片尾缘侧向冲击换热特性的研究. 《中国航天第三专业信息网第四十届技术交流会暨第四届空天动力联合会议论文集——S07发动机热管理相关技术》.DOI
98. Bo-lun Zhang, Hui‐ren Zhu, Cunliang Liu (2019). Effects of rotation number on heat transfer and fluid flow in a three-pass serpentine passage with lateral outflow. Journal of Thermal Analysis and Calorimetry.DOI
99. Wei Zhang, Hui‐ren Zhu, Quan-peng Yu, Guangchao Li (2019). Numerical study on unsteady film cooling performance under the mainstream swing condition. Journal of Mechanical Science and Technology.DOI
100. Bo-lun Zhang, Hui‐ren Zhu, Cunliang Liu, Jiansheng Wei (2019). Numerical and Experimental Study on the Heat Flux of Double-Wave Trench. Journal of Thermal Science and Engineering Applications.DOI
101. Lin Ye, Cunliang Liu, Hui‐ren Zhu, Jianxia Luo (2019). Experimental Investigation on Effect of Cross-Flow Reynolds Number on Film Cooling Effectiveness. AIAA Journal.DOI
102. Lin Li, Cunliang Liu, Xiaoyu Shi, Hui‐ren Zhu, Bing-ran Li (2019). Numerical Investigation on Sand Particles Deposition in a U-Bend Ribbed Internal Cooling Passage of Turbine Blade.DOI
103. Bo-lun Zhang, Hui‐ren Zhu, Tao Guo, Chun-yi Yao, Zhong-yi Fu (2019). Numerical Study on Heat Transfer and Flow Characteristics in Double Turning Areas Ribbed Serpentine Channel With Lateral Outflow.DOI
104. Zhipeng Xu, Hui‐ren Zhu, Yazhou Wang, Xinyu Bian (2019). Numerical Study on Flow and Heat Transfer Characteristics of Discrete Film Cooling Holes of the Sinusoidal Longitudinal Corrugated Heat Liner.DOI
105. Yong-feng Ding, Hui‐ren Zhu, Qiang Gao (2019). Numerical Study on the Flow and Heat Transfer Characteristics With Different Rib Structures Placed on the Impingement Plate.DOI
106. Bo-lun Zhang, Hui‐ren Zhu, Cunliang Liu, Chun-yi Yao, Zhong-yi Fu (2019). Experimental and numerical research on heat transfer and flow characteristics in two-turn ribbed serpentine channel with lateral outflow. Experimental Thermal and Fluid Science.DOI
107. Zhong-yi Fu, Hui‐ren Zhu, Lijian Cheng, Ru Jiang (2019). Experimental Investigation on the Effect of Mainstream Turbulence on Full Coverage Film Cooling Effectiveness for a Turbine Guide Vane. Journal of Thermal Science.DOI
108. 孟通，朱惠人，刘存良，周申平（2018）. 边倒圆型气膜孔流动换热特性研究. 《推进技术》.
109. 郭涛，朱惠人，陈剑，韩宗玉（2018）. 带三维扰流元的方形通道内流动换热的数值模拟研究. 《推进技术》.
110. 魏建生，朱惠人，张博伦，王鸣，卢元丽（2018）. 扰流柱布局对网格缝结构气膜冷却特性的影响. 《工程热物理学报》.
111. 宋辉，刘存良，朱惠人，魏建生（2018）. 几何结构对尾缘层板气膜冷却特性的影响. 《固体火箭技术》.
112. 李琳，刘存良，杨祺，朱惠人（2018）. 微细管道内R141b沸腾气液两相流动与换热特性数值仿真. 《推进技术》.
113. 刘存良，谢刚，朱惠人（2018）. 高主流湍流度下倾斜角对圆柱孔气膜冷却特性影响的实验研究. 《西安交通大学学报》.
114. 张杰，刘存良，高超，朱惠人（2018）. 压力梯度下涡轮外环非定常气膜冷却的数值研究. 《中国航天第三专业信息网第三十九届技术交流会暨第三届空天动力联合会议论文集——S05发动机热管理技术》.
115. 孟通，朱惠人，刘存良，徐博涵（2018）. 涡轮叶片双排气膜冷却效率叠加计算准确性研究. 《西安交通大学学报》.
116. 贺宜红，刘存良，宋辉，朱惠人，周志翔（2018）. 不同湍流度下吹风比对涡轮导向叶片吸力面气膜冷却的影响. 《航空动力学报》.
117. Dawei Chen, Hui‐ren Zhu, Cunliang Liu, Hua-tai Li, Bing-ran Li, Daoen Zhou (2018). Combined effects of unsteady wake and free-stream turbulence on turbine blade film cooling with laid-back fan-shaped holes using PSP technique. International Journal of Heat and Mass Transfer.DOI
118. Zhong-yi Fu, Hui‐ren Zhu, Cunliang Liu, Jiansheng Wei, Bolun Zhang (2018). Investigation of the Influence of Inclination Angle and Diffusion Angle on the Film Cooling Performance of Chevron Shaped Hole. Journal of Thermal Science.DOI
119. Xu Yang, Hui‐ren Zhu, Weijiang Xu, Jiansheng Wei (2018). Investigation on the Effect of Different Lands on Trailing Edge Slot Film Cooling. International Journal of Turbo and Jet Engines.DOI
120. Lijian Cheng, Hui‐ren Zhu, Ru Jiang, Zhong-yi Fu, Wei-Jiang Xü (2018). The Effect of Turbulence Intensity on Full Coverage Film Cooling for a Turbine Guide Vane. AIAA/ASME/SAE/ASEE Joint Propulsion Conference (JPC).DOI
121. Lin Ye, Cunliang Liu, Haiyong Liu, Hui‐ren Zhu, Jianxia Luo (2018). Experimental and numerical study on the effects of rib orientation angle on film cooling performance of compound angle holes. International Journal of Heat and Mass Transfer.DOI
122. Bo-lun Zhang, Li Zhang, Hui‐ren Zhu, Jiansheng Wei, Zhong-yi Fu, Chun-yi Yao (2018). Numerical Study on Film Cooling Characteristics of C3X Vane With Wave-Trench Hole.DOI
123. Qi-ling Guo, Cunliang Liu, Hui‐ren Zhu, Haiyong Liu, Rui-dong Wang, Chao Gao (2018). Investigation on the Leading Edge Film Cooling of Counter-Inclined Cylindrical and Laid-Back Holes With and Without Impingement: Part I — Film Cooling Effectiveness.DOI
124. Jianxia Luo, Cunliang Liu, Hui‐ren Zhu (2018). Advanced Film Cooling Performance of a Y-Shaped Hole With Inner Crossflow.DOI
125. Chao Gao, Cunliang Liu, Haiyong Liu, Qi-ling Guo, Rui-dong Wang, Hui‐ren Zhu (2018). Numerical Investigation of Unsteady Film Cooling on the Turbine Shroud With the Blade Passing.DOI
126. Lin Li, Cunliang Liu, Haiyong Liu, Hui‐ren Zhu, Jianxia Luo (2018). Investigation on Film Cooling Performance of the Compound Hole and Y-Shaped Hole Configurations With the Cross-Flow Coolant Channel.DOI
127. Rui-dong Wang, Cunliang Liu, Haiyong Liu, Hui‐ren Zhu, Qi-ling Guo, Chao Gao (2018). Investigation on the Leading Edge Film Cooling of Counter-Inclined Cylindrical and Laid-Back Holes With and Without Impingement: Part II — Heat Transfer Coefficient.DOI
128. Lin Ye, Cunliang Liu, Haiyong Liu, Hui‐ren Zhu, Jianxia Luo (2018). Investigations on the Influence of Rib Orientation Angle on Film Cooling Performance of Compound Holes.DOI
129. Jin Wu, Li Zhang, Lijian Cheng, Ru Jiang, Zhong-yi Fu, Hui‐ren Zhu (2018). An Experimental Investigation of Full-Coverage Film Cooling Characteristics of a Turbine Guide Vane.DOI
130. Xu Yang, Hui‐ren Zhu, Wei-Jiang Xü, Cunliang Liu (2018). Effect of pin fin arrangement on the heat transfer characteristics in a convergent channel with impingement. International Journal of Heat and Mass Transfer.DOI
131. 王克菲，骆剑霞，田淑青，朱惠人，刘聪（2017）. 叶片吸力面不同位置处气膜冷却特性对比. 《航空动力学报》.
132. 朱惠人（2017）. 高温透平叶片的传热与冷却. 《西安交通大学出版社》.
133. 王瑞东，刘存良，朱惠人（2017）. 带叶身斜下吹气膜孔的端壁泄漏流冷却数值研究. 《中国航天第三专业信息网第三十八届技术交流会暨第二届空天动力联合会议论文集——发动机热管理技术》.
134. 蒋新伟，许卫疆，朱惠人（2017）. 带凹坑楔形通道内射流冲击换热特性实验. 《航空动力学报》.
135. 郭奇灵，刘存良，朱惠人（2017）. 涡轮叶片前缘凹槽气膜冷却的数值研究. 《中国航天第三专业信息网第三十八届技术交流会暨第二届空天动力联合会议论文集——发动机热管理技术》.
136. 赵丹，刘存良，朱惠人，翟颖妮（2017）. 涡轮叶片前缘对冲孔排气膜冷却特性的数值研究. 《航空动力学报》.
137. Tong Meng, Hui‐ren Zhu, Cunliang Liu, Jiansheng Wei (2017). Investigation on the Accuracy of Superposition Predictions of Film Cooling Effectiveness. International Journal of Turbo and Jet Engines.DOI
138. Cunliang Liu, Lin Ye, Hui‐ren Zhu, Jianxia Luo (2017). Investigation on the effects of rib orientation angle on the film cooling with ribbed cross-flow coolant channel. International Journal of Heat and Mass Transfer.DOI
139. Yang Xu, Hui‐ren Zhu, Weijiang Xu (2017). Experimental Study of Heat Transfer Characteristics in a Curved Path with Multi-hole Impingement. AIAA/SAE/ASEE Joint Propulsion Conference (JPC).DOI
140. Bo-lun Zhang, Li Zhang, Hui‐ren Zhu, Jiansheng Wei, Zhong-yi Fu (2017). Numerical Study on the Influence of Trench Width on Film Cooling Characteristics of Double-Wave Trench.DOI
141. Lin Ye, Cunliang Liu, Hui‐ren Zhu, Jianxia Luo, Yingni Zhai (2017). Investigations on the Influence of Rib Orientation Angle on Film Cooling Performance of Cylindrical Holes.DOI
142. Zhong-yi Fu, Hui‐ren Zhu, Cong Liu, Zheng Li (2017). Experimental Investigation of Dust-Pan Shaped Hole Film Cooling Characteristics on Pressure Side of a Turbine Blade in a Linear Transonic Cascade.DOI
143. Dawei Chen, Hui‐ren Zhu, Xu Yang, Xiaomeng Jia, Cong Liu, Haiying Lu (2017). Numerical Simulations of Flow Fields and Heat Transfer Characteristics in Tenon Joint Gap Between Turbine Blade and Disk Under Rotating Conditions.DOI
144. Xu Yang, Hui‐ren Zhu, Wei-Jiang Xü, Cunliang Liu, Haiying Lu (2017). Experimental Study of Impingement Heat Transfer Characteristics in a Convergent Channel With Pin Fin.DOI
145. Lijian Cheng, Wei-Jiang Xü, Hui‐ren Zhu, Ru Jiang (2017). Investigation of Heat Transfer and Pressure Field of Jet Impingement on the Side of a Dimpled Surface.DOI
146. 付仲议，朱惠人，刘聪，张洪，李峥（2016）. 涡轮导叶压力面簸箕形气膜孔冷却特性实验研究. 《推进技术》.
147. 魏建生，朱惠人，张丽，刘存良，宋辉，宋伟（2016）. 涡轮叶片尾缘劈缝气膜冷却特性实验研究. 《工程热物理学报》.
148. 刘聪，朱惠人，付仲议，李峥，张洪（2016）. 涡轮导叶吸力面簸箕型孔气膜冷却特性实验研究. 《推进技术》.
149. 闫建坤，郭涛，朱惠人，郑杰，郭文，苏云亮（2016）. 微尺度阵列射流冲击结构换热特性实验研究. 《推进技术》.
150. 蒋新伟，许卫疆，朱惠人（2016）. 冲击射流在凹坑壁面通道内的换热特性研究. 《工程热物理学报》.
151. 刘聪，朱惠人，付仲议，李峥，刘辉（2016）. 涡轮动叶压/吸力面气膜孔冷却特性实验研究. 《推进技术》.
152. Cunliang Liu, Dan Zhao, Yingni Zhai, Hui‐ren Zhu, Yi-Hong He, Zhixiang Zhou (2016). Investigations on the Film Cooling of Counter-Inclined Film-Hole Row Structures for Turbine Vane Leading Edge. International Journal of Turbo and Jet Engines.DOI
153. Jiansheng Wei, Hui‐ren Zhu, Cunliang Liu, Hui Song, Cong Liu, Tong Meng (2016). Experimental Study on the Film Cooling Characteristics of the Cylindrical Holes Embedded in Sine-Wave Shaped Trench.DOI
154. Tong Meng, Hui‐ren Zhu, Cunliang Liu, Qiang Yu, Jiansheng Wei (2016). Accuracy of Superposition Predictions of Film Cooling Effectiveness on a Flat Plate With Double Rows of Holes.DOI
155. Li Zhang, Hui‐ren Zhu, Cunliang Liu, Fei Tong (2016). Experimental and Numerical Investigation on Leakage Characteristic of Stepped Labyrinth Seal.DOI
156. Zhong-yi Fu, Hui‐ren Zhu, Cunliang Liu, Cong Liu, Zheng Li (2016). An Experimental Investigation of Full-Coverage Film Cooling Effectiveness and Heat Transfer Coefficient of a Turbine Guide Vane in a Linear Transonic Cascade.DOI
157. Dan Zhao, Cunliang Liu, Hui‐ren Zhu, Yingni Zhai (2016). Numerical Simulations on the Leading Edge Film Cooling With Counter-Inclined Film-Hole Row.DOI
158. Wei Zhang, Hui‐ren Zhu, Guangchao Li, Chunyu Shang, Cunliang Liu (2016). Experimental Investigation on Flow Resistance and Heat Transfer Coefficient of Internal Lamilloy.DOI
159. Cunliang Liu, Hui‐ren Zhu, A-sai Wu, Yingni Zhai (2016). Experimental Investigation on the Influence of Inclination Angle on the Film Cooling Performance of Diffuser Shaped Holes.DOI
160. Wei-Jiang Xü, Pei-yao Zhang, Xiaofei Ma, Hui‐ren Zhu, Li Zhang (2016). Experimental Study of Heat Transfer in a Converging Duct With Ribs.DOI
161. 刘聪，朱惠人，许卫疆，许润红，郭文，苏云亮（2015）. 跨声速涡轮导叶吸力面换热特性数值研究. 《推进技术》.
162. 赵曙，朱惠人，郭涛，许都纯，张丽（2015）. 旋转带肋回转通道换热实验研究. 《推进技术》.
163. 魏建生，郭涛，朱惠人，谢建光（2015）. 新型双层壁隔热屏气膜板内壁面换热特性数值研究. 《推进技术》.
164. 郑杰，朱惠人，郭涛，孟通，郭文，苏云亮（2015）. 微尺度冲击冷却通道换热特性实验研究. 《推进技术》.
165. 余强，朱惠人，张丽，孟通（2015）. 平板上双排孔气膜冷却效率叠加特性研究. 《中国航空学会第十八届燃烧与传热传质学术研讨会论文集》.DOI
166. 郭欣，许卫疆，朱惠人，杨武（2015）. 吹气孔倾角对帽罩结构防冰效果的影响. 《中国航空学会第十八届燃烧与传热传质专业学术讨论会》.
167. 刘存良，宋辉，朱惠人，闫建坤，刘鑫生（2015）. 横流带肋结构下的气膜孔流阻特性研究. 《中国航空学会第十八届燃烧与传热传质专业学术讨论会》.
168. 魏建生，朱惠人，张丽，宋辉，张博伦，宋伟（2015）. 肋形状对尾缘劈缝气膜冷却特性的影响. 《中国航空学会第十八届燃烧与传热传质专业学术讨论会》.
169. 付仲议，朱惠人，刘聪，李峥，刘辉（2015）. 涡轮动叶压/吸力面气膜孔冷却效率特性实验研究. 《高等教育学会工程热物理专业委员会第二十一届全国学术会议论文集——传热传质学专辑》.
170. 梁卫颖，朱惠人，张丽，许都纯（2015）. 叶尖及尾缘出流条件下叶片通道压力分布特性实验研究. 《汽轮机技术》.
171. 梁卫颖，朱惠人，张丽，许都纯（2015）. 尾缘流量分配对涡轮叶片内冷通道换热影响的实验研究. 《西安交通大学学报》.
172. 付仲议，朱惠人，刘聪，张洪，李峥（2015）. 涡轮导叶压力面气膜冷却特性实验研究. 《中国航空学会第十八届燃烧与传热传质专业学术讨论会》.DOI
173. 王顺斌，张丽，赵曙，朱惠人，孙瑞嘉（2015）. 旋转状态下S型带肋通道流动特性数值研究. 《航空动力学报》.
174. 龚代坤，朱惠人，刘存良，卢聪明（2015）. 克努森数对气膜冷却流动换热相似特性的影响. 《航空动力学报》.
175. 吴阿赛，朱惠人，刘存良，贺宜红，卢聪明，张聪笑（2015）. 基于热色液晶的异型气膜孔气膜分布特征的可视化实验. 《航空动力学报》.
176. 聂建豪，朱惠人（2015）. 主流偏角对单排圆柱型气膜孔冷却特性的影响. 《航空动力学报》.
177. 闫建坤，郭涛，朱惠人，郑杰（2015）. 微尺度阵列冲击结构换热特性研究. 《高等教育学会工程热物理专业委员会第二十一届全国学术会议论文集——传热传质学专辑》.
178. 魏建生，朱惠人，张丽，田宁，宋伟（2015）. 涡轮叶片尾缘叶背侧层板冷却结构内换热特性数值研究. 《高等教育学会工程热物理专业委员会第二十一届全国学术会议论文集——传热传质学专辑》.
179. 魏建生，朱惠人，张丽，宋辉，张博伦，宋伟（2015）. 肋形状对尾缘劈缝气膜冷却特性的影响. 《中国航空学会第十八届燃烧与传热传质学术研讨会论文集》.DOI
180. 孟通，朱惠人，张丽，张聪笑（2015）. 榫头榫槽装配间隙的流动换热研究. 《中国航空学会第十八届燃烧与传热传质学术研讨会论文集》.DOI
181. 刘存良，宋辉，朱惠人，闫建坤，刘鑫生（2015）. 横流带肋结构下的气膜孔流阻特性研究. 《中国航空学会第十八届燃烧与传热传质学术研讨会论文集》.DOI
182. 郭欣，许卫疆，朱惠人，杨武（2015）. 吹气孔倾角对帽罩结构防冰效果的影响. 《中国航空学会第十八届燃烧与传热传质学术研讨会论文集》.DOI
183. Cunliang Liu, Jinlong Liu, Hui‐ren Zhu, A-sai Wu, Yi-Hong He, Zhixiang Zhou (2015). Film cooling sensitivity of laidback fanshape holes to variations in exit configuration and mainstream turbulence intensity. International Journal of Heat and Mass Transfer.DOI
184. Cong Liu, Hui‐ren Zhu, Zhong-yi Fu, Run-hong Xu (2015). The Effects of Inlet Reynolds Number, Exit Mach Number and Incidence Angle on Leading Edge Film Cooling Effectiveness of a Turbine Blade in a Linear Transonic Cascade.DOI
185. 赵曙，朱惠人，郭涛，许都纯（2014）. 旋转作用对带肋回转内通道换热特性影响. 《航空工程进展》.
186. 苏文超，朱惠人，聂建豪（2014）. 横流马赫数对溢流孔附近流动及换热的影响. 《推进技术》.
187. 樊剑博，朱惠人，刘聪，李红才（2014）. 攻角对涡轮叶片表面流动及换热的影响. 《推进技术》.
188. 孟通，朱惠人，郭涛，郑杰（2014）. 小尺度受限冲击冷却结构换热特性的数值计算. 《高等学校工程热物理第二十届全国学术会议论文集——传热传质学专辑》.
189. 张丽，朱惠人，张书华（2014）. 涡轮机匣流动阻力特性实验. 《航空动力学报》.
190. 郑杰，朱惠人，郭涛，孟通，吴阿赛，路宏康（2014）. 克努森数对微尺度相似流动特性影响的实验. 《航空动力学报》.
191. 朱惠人，骆剑霞，黄小杨，刘志刚（2014）. 主流压力梯度对气膜孔流量系数影响机理. 《航空动力学报》.
192. 赵曙，朱惠人，郭涛，张丽，付猛（2014）. 多段转弯连接回转通道的换热和压力分布研究. 《西安交通大学学报》.
193. 赵曙，朱惠人，郭涛，张丽，周志翔（2014）. 出流比及旋转数对回转通道流动换热的影响. 《西安交通大学学报》.
194. 赵曙，朱惠人，郭涛，张丽，孙瑞嘉（2014）. 旋转带肋回转通道流动换热数值模拟. 《西安交通大学学报》.
195. Jianxia Luo, Cunliang Liu, Hui‐ren Zhu (2014). Numerical Investigation of Film Cooling Performance With Different Internal Flow Structures.DOI
196. Cunliang Liu, Hui‐ren Zhu, Xia Zhang, XU Du-chun, Zongwei Zhang (2014). Experimental investigation on the leading edge film cooling of cylindrical and laid-back holes with different radial angles. International Journal of Heat and Mass Transfer.DOI
197. 蔡毅，朱惠人，张丽，王永杰（2013）. 影响某型燃机转子轴向力关键因素分析. 《航空工程进展》.
198. 李红才，朱惠人（2013）. 短周期风洞叶栅气动状态调节与控制. 《航空工程进展》.
199. 梁卫颖，朱惠人，赵曙（2013）. 流量分配对涡轮叶片内通道压力分布特性影响的实验研究. 《航空工程进展》.
200. Hui‐ren Zhu, Zhigang Liu, Cunliang Liu (2013). Investigation on the Influence of Various Mainstream Pressure Gradients on the Film Cooling Performances of Cylindrical Hole and Expansion Shaped Holes. International Journal of Turbo and Jet Engines.DOI
201. Hui‐ren Zhu (2013). A Method for Predicting Minimal Turbine Blade Cooling Air Requirement. Science Technology and Engineering.
202. Hui‐ren Zhu (2013). Experimental Research on Flow and Heat Transfer Characteristic in Pin Fin Passage with Double-Inlet. Gas Turbine Experiment and Research.
203. 杨晓明，张丽，焦腾，朱惠人（2012）. 涡轮叶片三维温度场耦合计算. 《机械设计与制造》.
204. 郑杰，朱惠人（2012）. 带扰流柱内冷通道对表面气膜冷却特性的影响. 《航空工程进展》.
205. Cunliang Liu, Hui‐ren Zhu, Zongwei Zhang, XU Du-chun (2012). Experimental investigation on the leading edge film cooling of cylindrical and laid-back holes with different hole pitches. International Journal of Heat and Mass Transfer.DOI
206. Hui‐ren Zhu (2012). Three-Dimensional Temperature Field of Turbine Blades Based on Coupling Calculation. Machinery Design and Manufacture.
207. 李云单，陆海鹰，朱惠人（2011）. 航空发动机热气防冰结构的冲击换热特性研究. 《航空发动机》.
208. 李中洲，朱惠人（2011）. 管内流体换热性能测试系统. 《机械设计与制造》.
209. 李中洲，朱惠人（2011）. 超临界压力下航空煤油传热特性. 《推进技术》.
210. 周雷声，朱惠人，许都纯，李春林（2011）. 带射流收缩通道内部换热特性数值模拟. 《机械设计与制造》.
211. 李中洲，朱惠人（2011）. 煤油蒸干温度与压力的关系. 《机械设计与制造》.
212. 马会强，朱惠人，李中洲，张斌（2011）. 真实尺寸针板结构冷却特性实验研究. 《机械设计与制造》.
213. 李永红，刘存良，朱惠人（2011）. 出口-入口面积比对收缩扩张形孔气膜冷却特性影响的机理研究. 《航空工程进展》.
214. 张宗卫，朱惠人，王振伟，郭涛（2011）. 出流孔位置对带肋矩形通道换热特性的影响. 《推进技术》.
215. Cunliang Liu, Hui‐ren Zhu, Jiang-tao Bai, XU Du-chun (2011). Experimental and Numerical Investigation on the Film Cooling of Waist-Shaped Slot Holes Comparing With Converging Slot Holes. Journal of Turbomachinery.DOI
216. Cunliang Liu, Hui‐ren Zhu, Jiang-tao Bai, Zongwei Zhang, Xia Zhang (2011). Investigation on the influence of nonuniform initial temperature on the transient heat transfer measurement of film cooling. Experimental Thermal and Fluid Science.DOI
217. Xiaoqin Du, Hui‐ren Zhu, Zongwei Zhang (2011). Numerical Study on Varied Vortex Reducer Configurations for the Flow Path Optimization in Compressor Cavities.DOI
218. Tao Guo, Hui‐ren Zhu, Dunchun Xu (2011). Heat Transfer Investigation of the Channels With Rib Turbulators and Double-Row Bleed Holes.DOI
219. Hui‐ren Zhu (2011). Heat transfer characteristics of kerosene in micro-channel under supercritical pressure. Journal of Propulsion Technology.
220. Hui‐ren Zhu (2011). Study of Impacting Heat Transfer Characteristic for Aeroengine Heat Anti-icing Structure. Aeroengine.
221. Hui‐ren Zhu (2011). Testing system of heat transfer performance in tube. Machinery Design and Manufacture.
222. Hui‐ren Zhu (2011). The effect of pressure on the temperature at which kerosene dries. Machinery Design and Manufacture.
223. Hui‐ren Zhu (2011). Numerical Simulation of Endwall Heat Transfer in a Turbine Cascade. Jisuanji fangzhen.
224. 李中洲，朱惠人（2010）. 高宽比对矩形微小通道内流动的影响. 《机械设计与制造》.
225. 张丽，刘松龄，朱惠人（2010）. 涡轮叶片尾缘扰流柱通道流动换热计算. 《推进技术》.
226. 郭涛，朱惠人，苏福彬，许都纯（2010）. 带肋和出流孔通道换热研究. 《航空发动机》.
227. 周雷声，朱惠人，杨祺，李春林（2010）. 带射流的收缩型通道内部换热特性液晶瞬态实验. 《航空学报》.
228. 许卫疆，朱惠人，李广超（2010）. 动量比对气膜冷却效率影响的数值模拟. 《西北工业大学学报》.
229. 刘存良，朱惠人，白江涛，许都纯（2010）. 涡轮叶片上收缩-扩张形孔排的全表面气膜冷却特性. 《航空学报》.
230. 杜小琴，朱惠人，张宗卫，李中洲（2010）. 涡轮机匣壁面换热特性的数值计算. 《航空工程进展》.
231. 李中洲，朱惠人（2010）. 小圆管内航空煤油流动阻力研究. 《航空工程进展》.
232. 李中洲，朱惠人（2010）. 微小圆管内流动研究. 《机械设计与制造》.
233. 张效伟，朱惠人（2010）. 小尺度圆形通道内流动换热特性试验研究. 《机械设计与制造》.
234. 李中洲，朱惠人（2010）. 煤油在微小圆管内传热研究. 《机械设计与制造》.
235. Cunliang Liu, Hui‐ren Zhu, Jiang-tao Bai (2010). New development of the turbulent Prandtl number models for the computation of film cooling effectiveness. International Journal of Heat and Mass Transfer.DOI
236. Cunliang Liu, Hui‐ren Zhu, Jiang-tao Bai, XU Du-chun (2010). Film Cooling Performance of Waist-Shaped Slot Holes. Volume 4: Heat Transfer, Parts A and B.DOI
237. Cunliang Liu, Hui‐ren Zhu, Jiang-tao Bai, XU Du-chun (2010). Film Cooling Performance of Converging-Slot Holes With Different Exit-Entry Area Ratios. Journal of Turbomachinery.DOI
238. Cunliang Liu, Hui‐ren Zhu, Jiang-tao Bai, XU Du-chun (2010). Film cooling performance of converging slot-hole rows on a gas turbine blade. International Journal of Heat and Mass Transfer.DOI
239. Zhongzhou Li, Hui‐ren Zhu (2010). Notice of Retraction: The study on the flow of the kerosene in micro tube. International Conference on Computer and Communication Technologies in Agriculture Engineering.DOI
240. Zhou Lei-sheng, Hui‐ren Zhu, Chunlin Li (2010). Notice of Retraction: Three dimensional numerical simulation of flow and heat transfer in a direct transfer preswirl system. International Conference on Computer and Communication Technologies in Agriculture Engineering.DOI
241. Hui‐ren Zhu (2010). Computation for the flow and heat transfer properties of a pin fin duct. Journal of Propulsion Technology.
242. Hui‐ren Zhu (2010). The study on the heat transfer of the kerosene in micro tube. Machinery Design and Manufacture.
243. Hui‐ren Zhu (2010). Experimental study on flow and Heat transfer in small size circular channels. Machinery Design and Manufacture.
244. Hui‐ren Zhu (2010). Numerical simulation of particles starting. Journal of Northwest University.
245. Hui‐ren Zhu (2010). The study on the flow of the kerosene in micro tube. Machinery Design and Manufacture.
246. Hui‐ren Zhu (2010). The effect of the height to width ratio on the flow in rectangular micro channels. Machinery Design and Manufacture.
247. 樊慧明，朱惠人，李广超（2009）. 主流逆压力梯度下气膜孔流量系数的实验. 《推进技术》.
248. 许卫疆，朱惠人（2009）. 气膜孔径向角角度对冷却效率的影响. 《应用力学学报》.
249. 杨通海，朱惠人，张丽，许都纯（2009）. 窄通道内冲击冷却局部换热特性的瞬态液晶测量. 《航空学报》.
250. 刘存良，朱惠人，白江涛，许都纯（2009）. 出/入口面积相等的收缩-扩张孔气膜冷却特性. 《推进技术》.
251. 杨祺，朱惠人，周雷声（2009）. 带侧向出流孔的梯形通道内部换热特性数值研究. 《机械设计与制造》.
252. 刘存良，朱惠人，白江涛，许都纯（2009）. 基于瞬态液晶测量技术的收缩-扩张形孔气膜冷却特性. 《航空学报》.
253. Cunliang Liu, Hui‐ren Zhu, Jiang-tao Bai, XU Du-chun (2009). Experimental research on the thermal performance of converging slot holes with different divergence angles. Experimental Thermal and Fluid Science.DOI
254. Jiang-tao Bai, Hui‐ren Zhu, Cunliang Liu (2009). Film Cooling Characteristic of Double-Fan-Shaped Film Cooling Holes.DOI
255. Chunlin Li, Hui‐ren Zhu, Xiaoqin Du, Zhou Lei-sheng (2009). Influence of Rib Angle on the Flow Field and Cooling Characteristics of Film Cooling with Crossflow.DOI
256. Hui‐ren Zhu (2009). Numerical Simulation of the Impact of Ratio of Hole Space on Gas-Film Cooling Effectiveness. Xi'an Jiaotong Daxue xuebao.
257. Cunliang Liu, Hui‐ren Zhu, Jiang-tao Bai (2009). A Method for Processing Transient Heat Transfer Measurements in the Presence of Nonuniform Initial Wall Temperature.DOI
258. Cunliang Liu, Hui‐ren Zhu, Jiang-tao Bai, XU Du-chun (2009). STUDY ON INFLUENCE OF INITIAL WALL TEMPERATURE DISTRIBUTION ON THE TRANSIENT MEASUREMENT RESULTS OF FILM COOLING.DOI
259. Cunliang Liu, Xiaowei Zhang, Hui‐ren Zhu, Guangchao Li, XU Du-chun (2009). EFFECT OF THE GEOMETRY OF FILM COOLING HOLES ON HEAT TRANSFER COEFFICIENT IN CONDITION OF VARIOUS MAINSTREAM PRESSURE GRADIENTS.DOI
260. Cunliang Liu, Hui‐ren Zhu, Guangchao Li, XU Du-chun (2009). COMPARISON OF FILM COOLING IN THE PRESENCE OF VARIOUS MAINSTREAM PRESSURE GRADIENTS.DOI
261. 张丽，朱惠人，刘松龄，王学文（2008）. 短扰流柱排端壁的平均换热实验. 《推进技术》.
262. 王利峰，朱惠人，裘云，王健（2008）. 混合气膜冷却隔热屏壁温计算与冷却特性分析. 《机械设计与制造》.
263. 徐再清，朱惠人，白江涛（2008）. 航空发动机篦齿封严特性数值分析. 《机械设计与制造》.
264. 张效伟，朱惠人（2008）. 大型燃气涡轮叶片冷却技术. 《热能动力工程》.
265. 李冰，朱惠人，于芳芳（2008）. 层板结构叶片温度场的工程计算. 《机械设计与制造》.
266. 朱彦伟，朱惠人（2008）. 不同湍流模型对叶片表面换热系数结果的影响. 《机械设计与制造》.
267. 李广超，朱惠人，廖乃冰，许都纯（2008）. 带单排气膜孔的叶片前缘气膜冷却换热实验. 《推进技术》.
268. 李广超，朱惠人，白江涛，许都纯（2008）. 气膜孔布局对前缘气膜冷却效率影响的实验. 《推进技术》.
269. 朱惠人，廖乃冰，李广超，许都纯（2008）. 带单排气膜孔导向叶片前缘气膜冷却实验研究. 《西北工业大学学报》.
270. Yuan He-peng, Hui‐ren Zhu, Kong Man-zhao (2008). Effects of Blowing Ratio Measured by Liquid Crystal on Heat Transfer Characteristics of Trailing Edge Cutback. Chinese Journal of Aeronautics.DOI
271. Yuan He-peng, Hui‐ren Zhu, Kong Man-zhao, Hai‐Yong Liu (2008). Unsteady numerical investigation of back‐step three‐dimensional slots on film cooling effectiveness. Heat Transfer-Asian Research.DOI
272. Cunliang Liu, Hui‐ren Zhu, Jiang-tao Bai (2008). Effect of turbulent Prandtl number on the computation of film-cooling effectiveness. International Journal of Heat and Mass Transfer.DOI
273. Hui‐ren Zhu, Tao Guo, XU Du-chun (2008). Investigation of film cooling and superposition method for double row dustpan‐shaped holes. Heat Transfer-Asian Research.DOI
274. Kong Man-zhao, Hui‐ren Zhu, Liu Song-ling, Yuan He-peng (2008). Internal Heat Transfer Characteristics of Lamilloy Configurations. Chinese Journal of Aeronautics.DOI
275. Hui‐ren Zhu (2008). Blade Cooling Technology of Heavy-duty Gas Turbines. Journal of Engineering for Thermal Energy and Power.
276. Hui‐ren Zhu (2008). Turbulence models were used to predicting the surface heat transfer and comparison. Machinery Design and Manufacture.
277. 杨帆，朱惠人，李广超（2007）. 叶片前缘气膜冷却数值模拟. 《机械设计与制造》.
278. 原和朋，朱惠人，孔满昭，刘海涌（2007）. 后台阶三维缝隙气膜冷却的非稳态数值模拟. 《推进技术》.
279. 朱惠人，郭涛，张丽，许都纯（2007）. 液晶瞬态技术测量带侧向流扰流柱通道端壁换热. 《推进技术》.
280. 郭涛，朱惠人，李广超，许都纯（2007）. 带肋和双排出流孔通道的流动特性. 《推进技术》.
281. 张丽，朱惠人，刘松龄，王学文，许都纯（2007）. 出流比对扰流柱通道弦向出流量影响实验. 《航空学报》.
282. 李冰，朱惠人，许都纯，邓明春（2007）. 密度比对涡轮叶片表面气膜冷却换热系数的影响. 《航空学报》.
283. 原和朋，朱惠人，孔满昭（2007）. 气动参数对后台阶三维缝隙换热影响的研究. 《空气动力学学报》.
284. Hui‐ren Zhu (2007). Influences of turbulence models on heat transfer of guide vane surface. Journal of Aerospace Power.
285. 朱惠人，原和朋，周志强，许都纯（2006）. 几何结构对后台阶缝隙气膜冷却效率的影响. 《推进技术》.
286. 原和朋，朱惠人，孔满昭（2006）. 后台阶三维缝隙冷却效率的数值模拟. 《燃气轮机技术》.
287. 李广超，朱惠人，郭涛（2006）. 涡轮工作叶片内冷通道换热特性数值模拟. 《机械设计与制造》.
288. 李广超，朱惠人，郭涛（2006）. 旋转对内冷通道气膜孔流量系数的影响. 《推进技术》.
289. 张魏，朱惠人（2006）. 层板结构冷却机理的数值模拟研究. 《机械设计与制造》.
290. 梁卫颖，朱惠人，郭涛，许都纯（2006）. 利用液晶瞬态技术测量离散缝的气膜加热效率及换热系数. 《西北工业大学学报》.
291. 刘高文，原和朋，朱惠人，许都纯（2006）. 进气横流对前缘冲击流量系数的影响. 《推进技术》.
292. 李广超，朱惠人，郭涛（2006）. 带肋和气膜孔内冷通道换热机理研究. 《西北工业大学学报》.
293. Hui‐ren Zhu (2006). Numerical investigation of cooling mechanism of laminate porous plates. Machinery Design and Manufacture.
294. 倪萌，朱惠人，裘云，许都纯，刘松龄（2005）. 航空发动机涡轮叶片冷却技术综述. 《燃气轮机技术》.
295. 朱惠人，马兰，许都纯，屈展（2005）. 孔位对涡轮叶片表面气膜冷却换热系数的影响. 《推进技术》.
296. 向安定，刘松龄，朱惠人（2005）. 涡轮叶片型面气膜孔流量系数的计算方法. 《推进技术》.
297. 李江海，全栋梁，刘松龄，朱惠人（2005）. 几何参数对层板冷却性能影响的数值模拟研究. 《机械设计与制造》.
298. 周志强，朱惠人，许都纯，张魏（2005）. 涡轮叶片尾缘半劈缝冷却结构压力系数的实验研究. 《机械设计与制造》.
299. 马兰，朱惠人，屈展，许都纯（2005）. 涡轮动叶表面气膜冷却换热实验研究. 《机械设计与制造》.
300. 倪萌，朱惠人，裘云，许都纯，刘松龄（2005）. 气膜孔与肋的相对位置及通道截面形状对气膜孔流量系数的影响. 《燃气轮机技术》.
301. Hui‐ren Zhu (2005). The effects of geometry parameters on the cooling in performance and aerodynamic characteristics of lamilloy. Machinery Design and Manufacture.
302. 向安定，刘松龄，朱惠人，许都纯，郭文（2004）. 吹风比对涡轮动叶型面气膜孔流量系数的影响. 《西北工业大学学报》.
303. 倪萌，朱惠人，裘云，许都纯，刘松龄（2004）. 涡轮叶片内流冷却通道中压力系数的研究. 《燃气轮机技术》.
304. 倪萌，朱惠人，裘云，刘松龄（2004）. 带肋壁与气膜孔内流通道中肋高度对流量系数的影响. 《燃气轮机技术》.
305. 向安定，刘松龄，朱惠人，许都纯，郭文（2004）. 涡轮工作叶片表面气膜冷却效率的实验研究. 《推进技术》.
306. 向安定，刘松龄，朱惠人（2004）. 涡轮叶片型面气膜冷却效率的计算模型. 《推进技术》.
307. Heinz-Peter Schiffer, J. Taege, Frank Haselbach, Hui‐ren Zhu (2004). Influence of turbulators in blade cooling passages on film hole discharge coefficients. Journal of Thermal Science.DOI
308. Hui‐ren Zhu, XU Du-chun, Tao Guo, Liu Song-ling (2004). Effects of film cooling hole shape on heat transfer. Heat Transfer-Asian Research.DOI
309. 裘云，朱惠人，许都纯，刘松龄（2003）. 带肋壁与出流孔内流通道的流阻特性. 《推进技术》.
310. 朱惠人，刘松龄（2003）. 一种计算气膜冷却效率的新模型. 《推进技术》.
311. 向安定，朱惠人，刘松龄，许都纯，郭文（2003）. 涡轮导向叶片表面气膜孔流量系数的实验研究. 《推进技术》.
312. 董素艳，刘松龄，朱惠人（2002）. 涡轮级内湍流度影响的非定常数值模拟. 《推进技术》.
313. 裘云，朱惠人，许都纯，刘松龄（2002）. 出流孔对内流通道壁面换热影响的实验. 《推进技术》.
314. 朱惠人（2002）. 传热学典型题解析及自测试题.
315. 朱惠人，许都纯，刘松龄（2002）. 气膜孔形状对排孔下游冷却效率的影响. 《航空学报》.
316. 董素艳，刘松龄，朱惠人（2001）. 二维涡轮级的定常/非定常数值模拟. 《推进技术》.
317. 董素艳，刘松龄，朱惠人（2001）. 涡轮级进口温度分布不均匀时流场和温度场的非定常数值模拟. 《西北工业大学学报》.
318. 朱惠人，许都纯，郭涛，刘松龄（2000）. 孔排布局对叶片前缘气膜冷却的影响. 《航空学报》.
319. 朱惠人，刘松龄，余志红（1999）. 涡轮叶片气膜冷却的数值模拟. 《航空学报》.
320. 朱惠人，许都纯，郭涛，刘松龄（1999）. 叶片前缘气膜冷却换热的实验研究. 《推进技术》.
321. 朱惠人，张丽，周永成，刘松龄（1999）. 非定常尾迹对涡轮叶片换热影响的数值模拟. 《推进技术》.
322. 朱惠人，许都纯，刘松龄，王宝珑（1998）. 气膜孔形状对流量系数影响的实验研究. 《推进技术》.
323. 朱惠人，许都纯，刘松龄，王宝珑（1998）. 锥形排孔气膜冷却实验研究. 《推进技术》.
324. 朱惠人，许都纯，刘松龄，王宝珑（1997）. 簸箕形排孔气膜冷却实验研究. 《航空学报》.
325. 许都纯，刘松龄，游绍堃，朱惠人（1997）. 低速大尺寸传热风洞的研制. 《推进技术》.
326. 朱惠人，刘松龄（1995）. 用低雷诺数k-ε湍流模型计算涡轮叶片的对流换热. 《航空学报》.