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陈岩

Associate Professor

Name (Simplified Chinese):陈岩

Name (Pinyin):chenyan

Date of Employment:2010-07-28

School/Department:能源与动力工程学院

Gender:Male

Status:Employed

Whether on the job:1

Academic Honor:

Honors and Titles:

Current position: Home >> Scientific Research >> Paper Publications

[21] chenyan , xingongming and 程旭. INVESTIGATION ON CAPILLARY FLOW IN TUBES WITH VARIABLE DIAMETERS. JOURNAL OF POROUS MEDIA, 22, 1627, 2019.
[22] xingongming and chenyan. 孔径递变复合毛细芯的蒸发特性研究. 《工程热物理学报》, 40, 1627, 2019.
[23] chenyan , sunqie , luonade and 陈岩. Heat transfer characteristics of water during flow boiling in a vertical rectangular mini-channel. Energy Procedia , 2014.
[24] sunqie , chenyan and luonade. Heat transfer characteristics of water during flow boiling in a vertical rectangular mini-channel. Energy Procedia, 61, 109-112, 2014.
[25] wangzhan , chenyan , duwenjing and xingongming. Study on Thermo-Elastic Coupling Characteristics of Dual-Row Film Cooling. Tuijin Jishu, 38, 2038, 2017.
[26] xingongming , chenyan , chenglin and yinhongyi. Development of composite wicks having different thermal conductivities for loop heat pipes. Applied thermal engineering, 136, 229, 2018.
[27] chenyan , xingongming and 李鸿如. 具有不同孔隙率多孔介质内的蒸发特性. 化工学报, 68, 3380, 2017.
[28] wangzhan , chenyan , duwenjing and xingongming. 双排气膜孔冷却热弹耦合特性的分析. 推进技术, 38, 2038, 2017.
[29] chenyan , zhangshusheng and 陈岩. Sensitivity Analysis of an Sinda based LHP Modeling. Computer Science and Service System, 2012.
[30] chenyan , zhangshusheng and 陈岩. Design and Simulation of Visual Miniature Loop Heat Pipe. Advanced Materials research, 2013.
[31] chenyan , zhangshusheng and 陈岩. Research on the flow boiling characteristics of water in a multi-furcated tree-shaped mini-channel. Applied mechanics and materials, 424-425, 953, 2013.
[32] chenyan , luonade and sunqie. Heat transfer characteristics of water during flow boiling in a vertical rectangular mini-channel. Energy Procedia, 61, 109-112, 2014.
[33] xingongming , chenglin , chenyan and duwenjing. Experimental investigation of effective thermal conductivity for LHP wicks. 2010 14th International Heat Transfer Conference, IHTC14, 327, 2010.
[34] chenyan , zhangshusheng and 陈岩. Numerical analysis of water flow boiling characteristics within vertical. Advanced Materials research, 655-657, 154, 2013.
[35] xingongming , chenglin , duwenjing , WANG Naihua , chenyan , songjiwei , luofeng and cuizheng. 国际空间站上阿尔法磁谱仪电子设备热系统的研究与设计. 《科学通报》, 57, 1, 2012.
[36] xingongming , chenglin , chenyan , luantao and songjiwei. Simulation of a LHP-based thermal control system under orbital environment. Applied thermal engineering, 29, 2726, 2009.
[37] chenyan , chenglin , jiwanxiang , xingongming and 张劲草. 蒸发段和冷凝段变化对重力热管性能的影响. 化工学报, 68, 1343, 2017.
[38] chenyan , duwenjing , chenglin and xingongming. Experimental investigation of effective thermal conductivity for LHP wicks. 2010 14th International Heat Transfer Conference, IHTC14, 327, 2010.
[39] duwenjing , WANG Naihua , chenyan , songjiwei , luofeng , cuizheng , chenglin and xingongming. 国际空间站上阿尔法磁谱仪电子设备热系统的研究与设计. 《科学通报》, 57, 1, 2012.
[40] chenyan , duwenjing , xingongming and wangzhan. 双排气膜孔冷却热弹耦合特性的分析. 推进技术, 38, 2038, 2017.

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