糖心原创

Faculty of Engineering
 

Image of Yuying Yan

Yuying Yan

Chair in Thermofluids Engineering, Faculty of Engineering

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Biography

After school, I went to countryside for 2 years and worked in an industrial company for 3.5 years and attended China High Education Examination for University Entrance in November 1977; and was recruited by Jilin University of Technology (now Jilin University) in January 1978 to study Internal Combustion Engine Engineering in the Department of Automotive Engineering, and obtained the 1st class BEng in January 1982. After received my first degree, I was employed by Jilin University of Technology as lecturer from January in 1982 and studied at Shanghai Institute of Mechanical Engineering in 1983 and was awarded MSc (Distinction) in Thermal Sciences and Engineering in 1986. After that I continued working at Jilin University of Technology as a lecturer, then associate professor & Acting Head of Department of Thermal Engineering until 1992.

I studied for PhD in the Department of Mechanical Engineering at City University of London since later 1992 sponsored by ORS Award from the UK Vice Chancellors Committee and MARS Industrial C.A.S.E award and was awarded PhD in Mechanical Engineering in April 1996 on a topic of "The Effects of Electric Fields on Phase Change Processes in Industry". Then I worked in the Department of Chemical & Process Engineering at University of Surrey (UK) as a research fellow on EPSRC sponsored research (1996-1998).

I was appointed to an academic position as lecturer/senior lecturer in the Department of Mechanical & Manufacturing University at Nottingham Trent University (UK) in April 1998 and was promoted to a permanent position of Readership in Thermofluids in the same department at Nottingham Trent University from 2003. I joined the 糖心原创 since 2004 as Senior Lecturer first, then was promoted to Reader in Thermofluids Engineering in 2009, and full professor (Chair in Thermofluids Engineering) since 2011.

Major Esteem Factors:

Clarivate World Top 1% Highly Cited Researcher (Engineering).

Elsevier Highly Cited Researcher in 2025, 2024, 2023, 2022, 2021.

David Kenning Award in two-phase heat transfer (2024).

My students received a number of prestigious awards including Geoffrey F. Hewitt prize for Best PhD Thesis in heat transfer of the UK (2024), 糖心原创's Andrew Hendry Award for PGR (5 awards), China Scholarship Council's best students award (2 awards) and CIBSE President award (2 awards)

Keynote speaker at 18th International Heat Transfer Conference, 02 - 07 AUGUST 2026, RIO DE JANEIRO | BRAZIL

Plenary speaker at IWBE 2025, 23-27 September 2025, Vienna, Austria.

Plenary speaker at 10th International Symposium of Heat Transfer (ISHT-10) at Tsinghua University, Beijing, 3-6 July 2024.

Totally over 60 plenary, keynotes and invited talks at international conferences/workshops.

I have chaired 12 international conferences including First International Symposium of Biomimetics functional surfaces with fluids interactions (2009, Nottingham), IHTS 2014 (Beijing); ICBE 2016 (Ningbo), 16th UKHTC, Nottingham (2019), 7th ASME International Conference of MNHT (2024, Nottingham).

Editors/as member in editorial Board:

International Journal of Heat and Mass Transfer

Case Studies in Thermal Engineering

Thermal Science and Engineering Progress

Scientific Reports (Nature)

Journal of Bionic Engineering

Biomimetics

Applied Thermal Engineering

International Journal of Thermal Sciences

Automotive Innovations

Energy Storage and Saving

Fellow of International Society of Bionic Engineering (2015).

Member/fellow of International Academy of Bionic Sciences (2025).

Member of the Board of Directors International Society of Bionic Engineering (2020-2026)

Member and Director of UK National Heat Transfer Committee (2019-)

Founding member (since 2002) and Deputy General Secretary of International Society of Bionics Engineering (ISBE) (2002-2019).

Fellow of WSBE (2018).

Panel members:

Member of European ERC Advanced Grant panel (2014-2017).

Member of EPSRC Peer Review College (since 2003) and attending invited grant peer review panels.

Panel Chair of Accreditation Panel for MSc Course of Mechanical Engineering and Building Service Engineering at The Hong Kong University of Science and Technology (HKUST) 2021.

Other invited grants review panels

External Examiners for Degree Courses:

University of Manchester: MSc Thermal Power and Fluids Engineering (2020-2025)

Brunel University, London: Building Services Engineering, Building Services Engineering with Sustainable Energy (2016-2020).

Lancaster University: MSc in Mechanical Engineering (2011-2016).

PhD Supervisions: 40+

PhD Examinations at external examiner: 40+

I successfully run RobinHood Half Marathon with completion award in 2024, 2025, ...

Expertise Summary

I have experiences in single phase and two-phase fluid flow and heat transfer. My research areas in heat transfer cover heat transfer enhancement, efficient cooling and thermal management. also including nature inspired technology for energy storage and saving.

Teaching Summary

Modules of teaching:

BEng/Meng Year 3 : Heat Transfer and Cooling Technologies (20 Credits) (current)

BEng/MEng Year 1: Thermofluids-1 (Previous)

BEng/MEng Year 2: Thermofluids 2 (Previous)

Research Summary

Prof. Yan carries out wide-ranging researches of fluid flow and heat transfer encountered in engineering and the built environment. His current major cutting edge researches include multi-scale… read more

Selected Publications

  • S ZHANG, Z LI, Y YAO, L TIAN, Y YAN, 2022. Nano Energy. 107476
  • XIANGZHI ZHANG, CHAOFAN TU and YUYING YAN, 2024. International Communications in Heat and Mass Transfer. 159, 108036
  • DING LUO, YUAN YU, YUYING YAN, WEI-SSIN and BINGYANG CAO, 2024. Device. 2(B), 100435
  • HAOCHENG WANG, HAOYU WANG, JING WANG, DING LUO, YUYING YAN and YONG REN, 2025. Energy Conversion and Management. 342, 120107

Current Research

Prof. Yan carries out wide-ranging researches of fluid flow and heat transfer encountered in engineering and the built environment. His current major cutting edge researches include multi-scale modelling (based CFD, LBM and MD) of boiling in microchannel, micro nano fluids flow and heat transfer, biomimetics of functional surfaces with fluids (surface Wettability, hydrophobicity, drag/adhesion reduction); development of efficient cooling technology and various thermal management solutions for modern automotive, turbo machine and power electronics. He also works on innovative heat pipes and thermoelectric (TE) applications. His research has been supported by the UK Engineering Physical Science Research Council (EPSRC), Innovate UK, Royal Society, Royal Academy of Engineering, European FP7 and H2020 and the industrial companies.

Future Research

I welcome inquires from potential PhD candidates from Home, EU and international countries who are interested in the following research areas: heat transfer, efficient cooling and thermal management.

  • HAOCHENG WANG, HAOYU WANG, JING WANG, DING LUO, YUYING YAN and YONG REN, 2025. Energy Conversion and Management. 342, 120107
  • XIANGZHI ZHANG, CHAOFAN TU and YUYING YAN, 2024. International Communications in Heat and Mass Transfer. 159, 108036
  • DING LUO, YUAN YU, YUYING YAN, WEI-SSIN and BINGYANG CAO, 2024. Device. 2(B), 100435
  • ZHIHAO ZHANG and YUYING YAN, 2024. International Journal of Heat and Mass Transfer. 234, 126156
  • S ZHANG, Y YAO, Y JIN, Z SHANG, Y YAN, 2022. International Journal of Heat and Mass Transfer. 196, 123262
  • Y JIAN, H GAO, Y YAN, 2022. Colloids and Surfaces A: Physicochemical and Engineering Aspects. 651, 129761
  • Y CHEN, R FU, Y YAN, 2022. International Communications in Heat and Mass Transfer. 137, 106298
  • Z SUN, D LUO, R WANG, Y LI, Y YAN, Z CHENG, J CHEN, 2022. Energy. 256, 124667
  • W SUN, W ZENG, L GUO, H ZHANG, Y YAN, S LIN, G ZHU, Y SUN, 2022. Fuel. 325, 124912
  • S ZHANG, H GAO, Y YAN, 2022. Journal of Molecular Liquids. 366, 120298
  • S ZHANG, Y YAN, 2022. Renewable Energy. 198, 1210-1223
  • X ZHANG, Y REN, Y REN, Y YAN, 2022. Thermal Science and Engineering Progress. 35, 101449
  • Y REN, Y YAN, H QI, 2022. Advances in Colloid and Interface Science. 308, 102753
  • Z LIU, X WANG, H GAO, Y YAN, 2022. Case Studies in Thermal Engineering. 35, 102160
  • X WANG, B LI, K HUANG, Y YAN, I STONE, S WORRALL, 2022. Case Studies in Thermal Engineering. 35, 102082
  • Y LIU, L XUE, F BAI, J ZHAO, Y YAN, 2022. ACS omega. 7(27), 23695-23707
  • S ZHANG, Z LI, Y YAO, L TIAN, Y YAN, 2022. Nano Energy. 107476
  • W ZHOU, L JIANG, X LIU, Y HU, Y YAN, 2022. Colloids and Surfaces A: Physicochemical and Engineering Aspects. 637, 128259
  • FU, R., HU, X., ZHANG, H., YAN, Y., ZHOU, W. and WANG, J., 2021. Applied Thermal Engineering. 182,
  • WANG, G., GAO, Q., YAN, Y. and ZHANG, Y., 2021. Applied Thermal Engineering. 182,
  • HUANG, K., YAN, Y., WANG, G. and LI, B., 2021. Energy. 219,
  • ZHANG, H., SUN, W., GUO, L., YAN, Y., LI, J., LIN, S., WANG, Q. and SUN, Y., 2021. Fuel. 289,
  • CHEN, T., QI, C., TANG, J., WANG, G. and YAN, Y., 2021. Case Studies in Thermal Engineering. 24,
  • CHEN, Y., LI, B., WANG, X., WANG, X., YAN, Y., LI, X., WANG, Y., QI, F. and LI, H., 2021. IEEE Transactions on Power Electronics. 36(5), 5736-5747
  • WEN, C., YANG, Y., DING, H., SUN, C. and YAN, Y., 2021. Applied Thermal Engineering. 189,
  • LUO, D., YAN, Y., WANG, R. and ZHOU, W., 2021. Renewable Energy. 172, 289
  • NIU, D., GAO, H. and YAN, Y., 2021. Case Studies in Thermal Engineering. 25,
  • ZHANG, S. and YAN, Y., 2021. Case Studies in Thermal Engineering. 25,
  • ZHANG, X., XU, X., WANG, J., WANG, C., YAN, Y., WU, A. and REN, Y., 2021. Micromachines. 12(4),
  • REN, Y., CHEN, Q., HE, M., ZHANG, X., QI, H. and YAN, Y., 2021. ACS Nano.
  • JIANG, ZHIMIN, WEI, FANHUA, ZHANG, YUYING, WANG, TONG, GAO, WEIHUA, YU, SHUFANG, SUN, HONGLEI, PU, JUAN, SUN, YIPENG, WANG, MINGYANG, TONG, QI, GAO, CHENGJIANG, CHANG, KIN-CHOW and LIU, JINHUA, 2021. Nature Microbiology. 6, 932-945
  • ARSHAD, A., JABBAL, M., FARAJI, H., TALEBIZADEHSARDARI, P., BASHIR, M. A. and YAN, Y., 2021. Heat and Mass Transfer/Waerme- und Stoffuebertragung.
  • ARSHAD, A., JABBAL, M., FARAJI, H., BASHIR, M. A., TALEBIZADEHSARDARI, P. and YAN, Y., 2021. International Communications in Heat and Mass Transfer. 125,
  • LUO, D., WANG, R., YAN, Y., YU, W. and ZHOU, W., 2021. Applied Energy. 297,
  • QUAN, M., JIN, Y., YAN, S. and YAN, Y., 2021. Heat and Mass Transfer/Waerme- und Stoffuebertragung.
  • SHI, L., ZHANG, S., ARSHAD, A., HU, Y., HE, Y. and YAN, Y., 2021. Renewable and Sustainable Energy Reviews. 149,
  • REN, Y., HUANG, Y., XIE, C., YAN, Y., WANG, J. and YAMAGUCHI, T., 2021. Heat Transfer Engineering.
  • FENG, D., NAN, J., FENG, Y., ZHANG, X. and YAN, Y., 2021. International Journal of Heat and Mass Transfer. 179,
  • YAN, Y. and WEN, C., 2021. Heat Transfer Engineering.
  • ZHANG, S., JIN, Y. and YAN, Y., 2021. Journal of Molecular Liquids.
  • NIU, D., GAO, H., TANG, G. and YAN, Y., 2021. Langmuir.
  • FU, R., ZHANG, H., HU, X., YAN, Y. and ZHOU, W., 2021. International Communications in Heat and Mass Transfer. 127,
  • JIAN, Y., GAO, H. and YAN, Y., 2021. New Journal of Chemistry. 45(35), 16059-16068
  • LIU, Y., SHI, Z., WANG, G., YAN, Y. and ZHANG, Y., 2021. Frontiers in Energy Research. 9,
  • ARSHAD, A., IBRAHIM ALABDULLATIF, M., JABBAL, M. and YAN, Y., 2021. International Communications in Heat and Mass Transfer. 129,
  • LI, J., ZHU, Z., ARSHAD, A., ZHANG, S., SHI, L. and YAN, Y., 2021. Journal of Bionic Engineering.
  • NIU, DONG, GAO, HONGTAO, TANG, GUIHUA and YAN, YUYING, 2021. LANGMUIR. 37(30), 9009-9016
  • LIU, YAN, SHI, ZHAOCHUN, WANG, GUOHUA, YAN, YUYING and ZHANG, YINGCHAO, 2021. FRONTIERS IN ENERGY RESEARCH. 9,
  • LUO, DING, WANG, RUOCHEN, YAN, YUYING, YU, WEI and ZHOU, WEIQI, 2021. APPLIED ENERGY. 297,
  • ZHANG, SHUAI and YAN, YUYING, 2021. CASE STUDIES IN THERMAL ENGINEERING. 25,
  • YU, DAHUI, ZHOU, TI, ZHOU, HONG, XU, YAO, ZHANG, PENG and YAN, YUYING, 2021. PROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS PART D-JOURNAL OF AUTOMOBILE ENGINEERING. 235(5), 1297-1307
  • ARSHAD, ADEEL, JABBAL, MARK, SHI, LEI and YAN, YUYING, 2021. JOURNAL OF ENERGY STORAGE. 34,
  • CHEN, YIYI, LI, BO, WANG, XUEHUI, WANG, XIN, YAN, YUYING, LI, XIANG, WANG, YANGANG, QI, FANG and LI, HELONG, 2021. IEEE TRANSACTIONS ON POWER ELECTRONICS. 36(5), 5736-5747
  • GAO, HONGTAO, JIAN, YIMING and YAN, YUYING, 2021. SOFT MATTER. 17(3), 447-466
  • WANG, GUOHUA, GAO, QING, YAN, YUYING and ZHANG, YUXI, 2021. APPLIED THERMAL ENGINEERING. 182,
  • FU, RONG, HU, XUEGONG, ZHANG, HANJIA, YAN, YUYING, ZHOU, WENBIN and WANG, JIHUI, 2021. APPLIED THERMAL ENGINEERING. 182,
  • FENG, DAILI, LI, PEI, FENG, YANHUI, YAN, YUYING and ZHANG, XINXIN, 2021. MICROPOROUS AND MESOPOROUS MATERIALS. 310,
  • ZHANG, SHUAI, FENG, DAILI, SHI, LEI, WANG, LI, JIN, YINGAI, TIAN, LIMEI, LI, ZIYUAN, WANG, GUOYONG, ZHAO, LEI and YAN, YUYING, 2021. RENEWABLE & SUSTAINABLE ENERGY REVIEWS. 135,
  • ZHANG, XIANGZHI, XU, XIAWEI, REN, YONG, YAN, YUYING and WU, AIGUO, 2021. SEPARATION AND PURIFICATION TECHNOLOGY. 255,
  • QI, C., FAN, F., PAN, Y., LIU, M. and YAN, Y., 2020. International Journal of Heat and Mass Transfer. 146, 118897
  • ADEEL ARSHAD, MARK JABBAL, YUYING YAN, 2020. International Journal of Heat and Mass Transfer. 146, 118815
  • ARSHAD, A., JABBAL, M., SARDARI, P. T., BASHIR, M. A., FARAJI, H. and YAN, Y., 2020. Thermal Science and Engineering Progress. 18,
  • ADEEL ARSHAD, MARK JABBAL, YUYING YAN, 2020. Energy Conversion and Management. 205, 112444
  • HONGYU BAI, JIE ZHU, XIANGJIE CHEN, JUNZE CHU, YUANLONG CUI, YUYING YAN, 2020. Applied Energy. 258, 114082
  • C QI, K LI, C LI, B SHANG, Y YAN, 2020. International Communications in Heat and Mass Transfer. 114, 104589
  • L SHI, X WANG, Y HU, Y HE, Y YAN, 2020. Journal of Bionic Engineering. 17, 315-325
  • H ZHANG, L GUO, Y YAN, W SUN, J LI, Q WANG, Y SUN, 2020. Fuel. 274, 117696
  • FENG, D., FENG, Y., LIU, Y., ZHANG, W., YAN, Y. and ZHANG, X., 2020. Journal of Physical Chemistry C. 124(15), 8386-8393
  • WANG, X., YAN, Y., LI, B., HAO, X., GAO, N. and CHEN, G., 2020. International Journal of Refrigeration. 117, 230-236
  • GUO, L., GAO, Y., CAI, N., LI, D., YAN, Y. and SUN, W., 2020. Journal of Bionic Engineering.
  • QI, C., CHEN, T., TU, J. and YAN, Y., 2020. International Journal of Energy Research.
  • GONG, W., WANG, Y., CHEN, Y., LI, X., LI, K., WANG, Z. and YAN, Y., 2020. Journal of Bionic Engineering. 17(4), 843-850
  • LIU, Z., YAN, Y., WANG, X. and CHEN, X., 2020. Journal of Bionic Engineering. 17(4), 795-801
  • WANG, X., LIU, Z., WANG, L. and YAN, Y., 2020. Journal of Bionic Engineering. 17(4), 835-842
  • YAN, Y. and SEFIANE, K., 2020. Journal of Bionic Engineering. 17(4), 793-794
  • QI, C., TANG, J., FAN, F. and YAN, Y., 2020. Applied Thermal Engineering. 179,
  • ARSHAD, A., JABBAL, M. and YAN, Y., 2020. Applied Thermal Engineering. 181,
  • LI, B., CHEN, Y., WANG, X., LI, Y. and YAN, Y., 2020. Applied Thermal Engineering. 181,
  • WANG, X., LI, Y., YAN, Y., WRIGHT, E., GAO, N. and CHEN, G., 2020. International Journal of Refrigeration. 119, 316-325
  • JIN, Y., QUAN, M., YAN, S., YAN, Y., CUI, M. and LIU, Y., 2020. Engineering Failure Analysis. 118,
  • YAO, C., DAN, D., ZHANG, Y., WANG, Y., QIAN, Y., YAN, Y. and ZHUGE, W., 2020. Automotive Innovation.
  • YU, D., ZHOU, T., ZHOU, H., XU, Y., ZHANG, P. and YAN, Y., 2020. Proceedings of the Institution of Mechanical Engineers, Part D: Journal of Automobile Engineering.
  • CHEN, Y., YAN, Y. and LI, B., 2020. Automotive Innovation.
  • WANG, G., GAO, Q., YAN, Y. and WANG, Y., 2020. Automotive Innovation.
  • YAN, Y. and GUO, L., 2020. Automotive Innovation.
  • YAN, Y. and GUO, L., 2020. Automotive Innovation.
  • REN, Y., CHEN, Q., LI, H., QI, H. and YAN, Y., 2020. International Journal of Thermal Sciences.
  • LI, B., KUO, H., WANG, X., CHEN, Y., WANG, Y., GERADA, D., WORALL, S., STONE, I. and YAN, Y., 2020. Automotive Innovation.
  • WANG, L., LIU, Z., WANG, X. and YAN, Y., 2020. Heat and Mass Transfer/Waerme- und Stoffuebertragung.
  • WEN, C., ZHU, X., YANG, Y., DING, H. and YAN, Y., 2020.
  • WANG, XUEHUI, LI, YING, YAN, YUYING, WRIGHT, EDWARD, GAO, NENG and CHEN, GUANGMING, 2020. INTERNATIONAL JOURNAL OF REFRIGERATION. 119, 316-325
  • YANG, XU, ZHOU, WENNING, LIU, XUNLIANG and YAN, YUYING, 2020. ENERGY. 210,
  • SHI, LEI, HU, YANWEI, FENG, DAILI, HE, YURONG and YAN, YUYING, 2020. SOLAR ENERGY MATERIALS AND SOLAR CELLS. 217,
  • QI, CONG, CHEN, TIANTIAN, TU, JIANGLIN and YAN, YUYING, 2020. INTERNATIONAL JOURNAL OF ENERGY RESEARCH. 44(13), 10628-10651
  • SIYUAN MEI, CONG QI, TAO LUO, XINFENG ZHAI, YUYING YAN*, 2019. International Journal of Heat and Mass Transfer. 128, 24-45
  • FU, R., LIU, Z., CHEN, Y. and YAN, Y., 2019. Thermal Science and Engineering Progress. 10, 1-9
  • ARSHAD, A., ALI, H. M., HABIB, A., BASHIR, M. A., JABBAL, M. and YAN, Y., 2019. Thermal Science and Engineering Progress. 9, 308-321
  • CHEN, Y., LI, B., WANG, X., YAN, Y., WANG, Y. and QI, F., 2019. Thermal Science and Engineering Progress. 10, 73-81
  • WEN, C., KARVOUNIS, N., WALTHER, J. H., YAN, Y., FENG, Y. and YANG, Y., 2019. Applied Energy. 238, 311-319
  • ARSHAD, A., JABBAL, M., YAN, Y. and REAY, D., 2019. Journal of Molecular Liquids. 279, 444-484
  • YANG, Y., ZHU, X., YAN, Y., DING, H. and WEN, C., 2019. Applied Energy. 242, 157-167
  • CHEN, Z., LI, Y., ZHOU, W., DENG, L. and YAN, Y., 2019. Energy Conversion and Management. 187, 221-231
  • HONG, J., YAN, Y., GAO, H. and LIU, S., 2019.
  • LEI, S., SHI, Y., YAN, Y. and ZHANG, X., 2019.
  • ZHANG, H., SUN, W., GUO, L., YAN, Y., CHENG, P. and WANG, Q., 2019.
  • YEW, M., REN, Y., KOH, K. S., SUN, C., SNAPE, C. and YAN, Y., 2019.
  • WANG, X., YAN, Y., MENG, X. and CHEN, G., 2019. Applied Thermal Engineering. 157,
  • ARSHAD, A., JABBAL, M., YAN, Y. and DARKWA, J., 2019. International Journal of Energy Research.
  • LIU, X., CHEN, H., ZHAO, Z., YAN, Y. and ZHANG, D., 2019. Surface and Coatings Technology. 374, 889-896
  • QI, C., LUO, T., LIU, M., FAN, F. and YAN, Y., 2019. Energy Conversion and Management. 197,
  • LI, P., CHEN, Z. and YAN, Y., 2019. International Journal of Heat and Mass Transfer. 142,
  • HAN, X., ZOU, H., TIAN, C., TANG, M. and YAN, Y., 2019. Energy. 186,
  • GONG, W., LI, X., YAN, Y. and WRIGHT, E., 2019. Heat Transfer Engineering.
  • FU, R., HU, X., YAN, Y., ZHOU, W., WU, H., WANG, J. and TANG, J., 2019. International Journal of Heat and Mass Transfer. 144, 118674
  • QI, C., TANG, J., DING, Z., YAN, Y., GUO, L. and MA, Y., 2019. International Communications in Heat and Mass Transfer. 109,
  • LIU, G., WU, X., ZOU, M., YAN, Y. and LI, J., 2019. Applied Bionics and Biomechanics. 2019,
  • BAI, H., ZHU, J., CHEN, X., CHU, J., CUI, Y. and YAN, Y., 2019. Applied Energy.
  • SHENG CHEN, WEI GONG, YUYING YAN, 2018. International Journal of Heat and Mass Transfer. 124, 368-380
  • WEI GONG, YUYING YAN, SHENG CHEN, 2018. International Journal of Heat and Mass Transfer. 123, 815-820
  • R FU, Z LIU, Y CHEN, YUYING YAN, 2018. Journal of Nanofluids. 7(4), 613-619
  • R FU, Y YAN, C ROBERTS, Z LIU, Y CHEN, 2018. Scientific Reports. 8, 4704
  • RONG FU, YUYING YAN, 2018. Journal of Nanofluids. 7(3), 413-419
  • Y REN, KS KOH, M YEW, JK CHIN, Y CHAN, Y YAN, 2018. Micromachines. 9(2), 57
  • Y REN, KS KOH, JK CHIN, J WANG, C WEN, Y YAN, 2018. Journal of Heat Transfer. 140(1), 012405
  • K HUANG, Y YAN, B LI, Y LI, K LI, J LI, 2018. Automotive Innovation. 1(1), 54-61
  • H KANG, Y SHI, Y YAN, 2018. Computers & Fluids. 167, 196鈥�205
  • XIANGRUI MENG, JIE ZHU, XINLI WEI, YUYING YAN, 2018. International Journal of Heat and Mass Transfer. 123, 561-568
  • WEI GONG, YUYING YAN, SHENG CHEN and EDWARD WRING, 2018. International Journal of Heat and Mass Transfer. 125, 323鈥�329
  • QI, C., WANG, G., YAN, Y., MEI, S. and LUO, T., 2018. Energy Conversion and Management. 166, 744-757
  • CHENG, Z., YU, R., WANG, F., LIANG, H., LIN, B., WANG, H., HU, S., TAN, J., ZHU, J. and YAN, Y., 2018. Thermal Science. 22, 709-718
  • ZHOU, W., YAN, Y., LIU, X., CHEN, H. and LIU, B., 2018. International Communications in Heat and Mass Transfer. 97, 39-46
  • WU, L., JIAO, Z., SONG, Y., LIU, C., WANG, H. and YAN, Y., 2018. Scientific Reports. 8, 12186
  • LIU, Z., YAN, Y., FU, R. and ALSAADY, M., 2018. Thermal Science and Engineering Progress. 8, 130-135
  • ZHANG, T., GAO, Q., WANG, G., YAN, Z., SONG, W. and YAN, Y., 2018. Taiyangneng Xuebao/Acta Energiae Solaris Sinica. 39(3), 713-721
  • KONE, J. P., ZHANG, X., YAN, Y., HU, G. and AHMADI, G., 2018.
  • KANG, H., SHI, Y. and YAN, Y., 2018. Computers and Fluids. 167, 196-205
  • GONG, W. and YAN, Y., 2018.
  • HUANG, K., YAN, Y. and LI, B., 2018.
  • LIU, S., YAN, Y., ZHANG, Z. and BAI, J., 2018.
  • CHEN, Y., LI, B., YAN, Y. and WANG, Y., 2018.
  • CHEN, S., YANG, B., GONG, W. and YAN, Y., 2018.
  • FU, R., YAN, Y. Y., ROBERTS, C., LU, Z. Y. and CHEN, Y. Y., 2018.
  • KONE, J. P., ZHANG, X., YAN, Y. and ADEGBITE, S., 2018. Computation. 6(2),
  • CAI, R. R., ZHANG, L. Z. and YAN, Y., 2017. Applied Thermal Engineering. 111, 1536-1547
  • JING-HUI ZHI, LI-ZHI ZHANG, YUYING YAN, JIE ZHU, 2017. Applied Surface Science. 392, 286-296
  • HONGTAO GAO, BINGBING LIU, YUYING YAN, 2017. Applied Thermal Engineering. 115, 1398-1406
  • ZIWEI CHEN, JIE ZHU, HONGYU BAI, YUYING YAN, LIZHI ZHANG, 2017. Applied Thermal Engineering.
  • YANLAI LUO , YUNHUA GAN, JINLIANG XU, YUYING YAN, YANLING SHI, 2017. Applied Thermal Engineering. (In Press.)
  • KHALED AHMED MISURATI, YONGKAI QUAN, WEI GONG, GUOQIANG XU, YUYING YAN, 2017. Applied Thermal Engineering. 114, 77-84
  • WEI GONG, YINGQING ZU, SHENG CHEN, YUYING YAN, 2017. Science Bulletin. 62(2), 136-142
  • S. CHEN, Y.Y. YAN, W. GONG, 2017. International Journal of Heat and Mass Transfer. 107, 862-870
  • LIU, Y., LI, X., JIN, J., LIU, J., YAN, Y., HAN, Z. and REN, L., 2017. Applied Surface Science. 400, 498-505
  • W. ZHOU, Y. YAN, Y. XIE, B. LIU, 2017. Three dimensional lattice Boltzmann simulation for mixed convection of nanofluids in the presence of magnetic field 80, 1-9
  • HUANG, K., LI, B., YAN, Y., LI, Y., TWAHA, S. and ZHU, J., 2017. Applied Thermal Engineering. 117, 501-510
  • CAO, S., XU, J., LI, Y. and YAN, Y., 2017. International Journal of Thermal Sciences. 115, 197-209
  • TWAHA, S., ZHU, J., YAN, Y., LI, B. and HUANG, K., 2017. Energy for Sustainable Development. 37, 86-98
  • ZHOU, W., YAN, Y., LIU, X. and LIU, B., 2017. Advances in Engineering Software. 107, 51-58
  • KONE, J. P., ZHANG, X., YAN, Y., HU, G. and AHMADI, G., 2017. Journal of Computational Multiphase Flows. 9(1), 3-25
  • YANG, Y., WALTHER, J. H., YAN, Y. and WEN, C., 2017. Applied Thermal Engineering. 115, 1357-1362
  • ZHOU, G., LI, H., LIU, E., LI, B., YAN, Y., CHEN, T. and CHEN, X., 2017. Applied Thermal Engineering. 116, 677-684
  • LIU, M., SHI, Y., YAN, J. and YAN, Y., 2017. Applied Thermal Engineering. 115, 1348-1356
  • CHEN, H., XU, J., YAN, Y. and ZHOU, W., 2017. Applied Thermal Engineering. 122, 214-226
  • LI, Y., CHEN, S., HUANG, J., YAN, Y. and ZENG, Z., 2017. Chinese Journal of Mechanical Engineering (English Edition). 30(2), 332-343
  • JIAJU HONG, SHENG LIU, YUYING YAN and PAUL GLOVER, 2017. Experimental Thermal and Fluid Science. 88, 483 - 489
  • BO LI, KUO HUANG, YUYING YAN, YONG LI, SSENNOGA TWAHA and JIE ZHU, 2017. Applied Energy. 205, 868-879
  • GONG, W., YAN, Y., CHEN, S. and GIDDINGS, D., 2017. Journal of Bionic Engineering. 14(3), 486-496
  • WEI GONG, SHENG CHEN, YUYING YAN, 2017. International Communications in Heat and Mass Transfer. 88, 136-138
  • X. WANG, BO. LI*, Y.Y. YAN, S. LIU and J. LI, 2016. Applied Thermal Engineering. 102, 176鈥�183
  • YONG LI, ZIXI LI, CHUNYAN CHEN, YUYING YAN, ZHIXIN ZENG and BO LI, 2016. Applied Thermal Engineering. 96, 352-363
  • Y.Q. ZU, Y.Y. YAN, 2016. Scientific Reports. 6, 19281
  • Y. LI, S. CHEN, B. HE, Y. YAN, B. LI, 2016. Applied Thermal Engineering. 99, 32-41
  • S. HUANG, J.D. MALTSON, Y.Y. YAN, 2016. International Journal of Heat and Mass Transfer. 97, 502-510
  • J. ZHU, Z. CHEN, H. HUANG, Y. YAN, 2016. Energy. 95, 21-28
  • L. YONG, W. ZHOU, J. HE, Y.Y. YAN, B. LI, Z. ZHANG, 2016. Applied Thermal Engineering. 102, 487鈥�499
  • H. ZOU, W. WANG, G. ZHANG, F. QIN, C. TIAN, Y. YAN, 2016. Energy Conversion and Management. 118, 88-95
  • YONG LI, ZIXI LI, WENJIE ZHOU, ZHIXIN ZENG, YUYING YAN*, BO LI, 2016. Experimental Thermal and Fluid Science. 77, 132-143
  • CHEN, H. and YAN, Y., 2016.
  • LI, Y., LI, Z., ZHOU, W., ZENG, Z., YAN, Y. and LI, B., 2016. Experimental Thermal and Fluid Science. 77, 132-143
  • TWAHA, S., ZHU, J., YAN, Y. and LI, B., 2016. Renewable and Sustainable Energy Reviews. 65, 698-726
  • ZHANG, Y., LIU, P., YANG, J., YANG, X. and YAN, Y., 2016. Dyna (Spain). 91(5), 529-535
  • LIU, C., PAN, X., ZHENG, X., YAN, Y. and LI, W., 2016. Journal of the Energy Institute. 89(2), 271-281
  • LUO, Y., GAN, Y., XU, J., YAN, Y. and SHI, Y., 2016. Applied Thermal Engineering.
  • CHEN, X., MI, P., CHILDS, P. R. N., SOKOLOVA, E., YAN, Y. and LI, W., 2016.
  • CHEN, Z., ZHU, J., BAI, H., YAN, Y. and ZHANG, L., 2016. Applied Thermal Engineering.
  • Q. WANG, B. JIANG, Q.F. XUE, H.L. SUN, B. LI, H.M. ZOU, Y.Y. YAN*, 2015. Applied Thermal Engineering. 88(5), 54-60
  • M. ALSAADY, R. FU, B. LI, R. BOUKHANOUF, Y.Y. YAN*, 2015. Applied Thermal Engineering. 88(5), 14-21
  • SUN, D., XU, J., CHEN, Q. and YAN*, Y., 2015. International Journal of Multiphase Flow. 69, 54-62
  • ZHOU, W. N. and YAN, Y. Y., 2015. Numerical Heat Transfer; Part A: Applications. 68(1), 1-16
  • LI, Y., HE, J., HE, H., YAN, Y., ZENG, Z. and LI, B., 2015. Applied Thermal Engineering. 86, 106-118
  • XU, J., YAN, Y., KANDLIKAR, S. G. and SEFIANE, K., 2015. Applied Thermal Engineering.
  • GAN, Y., LUO, Y., WANG, M., SHI, Y. and YAN, Y., 2015. Applied Thermal Engineering. 89, 306-315
  • TIANSHI ZHANG, CHUN GAO, QING GAO, GUOHUA WANG, MINGHUI LIU, YUANKE GUO, CONG XIAO, Y.Y. YAN, 2015. Appled Thermal Engineering. 88(5), 398-409
  • R. FU, Y.Y. YAN and C. ROBERTS, 2015. AIP Advances. 5(12), 127232
  • X. WANG, X. ZHANG, J. XU, Y.Y. YAN, D. LIU, T.H. WANG, 2015. Advances in Mechanical Engineering. 7(7), 1-2
  • YUNHUA GAN, JINLIANG XU, YUYING YAN, 2015. Applied Thermal Engineering. 80, 76-86
  • X.F. ZHENG, C.X. LIU, R. BOUKHANOUF, Y.Y. YAN*, W.Z. LI, 2014. Applied Thermal Engineering. 62(1), 69-79
  • QI, Z., GAO, Q., LIU, Y., YAN, Y.Y., SPITLER, J.D., 2014. Renewable and Sustainable Energy Reviews. 29, 37-51
  • X.F. ZHENG, C.X. LIU, Y.Y. YAN*, Q. WANG, 2014. Renewable and Sustainable Energy Reviews. 32, 486-503
  • R. KAN, L. GUO, J. REN, S. HUANG, H.D. JIANG, Y.Y. YAN*, 2014. International Journal of Heat and Mass Transfer. 72, 201-209
  • Y.H. GAN, J.L. XU, Y.Y. YAN, M. WANG, Y.L. LUO & Z.L. YANG, 2014. Combustion Science and Technology. 186(2), 120-138
  • W.N. ZHOU, Y.Y. YAN*, J.L. XU, 2014. International Communications in Heat and Mass Transfer. 55, 113-120
  • QIAN WANG, JIAJU HONG, YUYING YAN*, 2014. Journal of Bionic Engineering. 11(3), 469鈥�480
  • FU, R. and YAN*, Y., 2014. Colloidal magnetic clusters for hyperthermia heating: IHTC-15-9624/BMA-E-116 In: 15th International Heat Transfer Conference.
  • GAO, H., ZHU, B. and YAN*, Y., 2014. Numerical simulation of liquid-gas two-phase flow with large density difference in multi-layered sintered wick by the lattice Boltzmann method: IHTC-15-9543/TPN-B2-414 In: 15th International Heat Transfer Conference.
  • YUYING YAN, 2014. Natural solutions help improve heat transfer In: Plenary paper at International Heat Transfer Symposium.
  • HONG, J., GAN, Y., GLOVER, P., YAN, Y., TOMOHIKO, Y. and LI, B., 2014. An experimental study of dynamic flow of nanofluid with different concentrations: IHTS140135 In: International Heat Transfer Symposium.
  • ZHOU, W., YAN*, Y., ZHU, J. and WU, S., 2014. LBM Modelling of the Effects of a Magnetic Field on Nanofluid: IHTS140134 In: International Heat Transfer Symposium.
  • ZHOU, W. and YAN, Y., 2014. Lattice Boltzmann simulation of the effects of a magnetic field on nanofluid flow In: 4th Micro and Nano Flows Conference UCL.
  • JARUMONGKONSAK, P. and YAN, Y., 2014. A Comparative Numerical 糖心原创 for Thermal Comfort, Ventilation and CO2 Concentration in a Room under Various Radiant Cooling Panel Positions,: (GCAEER 2014-ID-158) In: Applied Sciences and Environment Research.
  • Y.Y. YAN*. J. HONG, Q. WANG, 2014. "What can we learn from the study of water migration in plants". In: Bionic Special Session in World Agricultural Congress.
  • YAN, Y., 2014. Plenary lecture at Sustainable development conference In: ICBFE2014.
  • ZOU, H., JIANG, B., WANG, Q., TIAN, C. and YAN, Y., 2014.
  • X.F. ZHENG, Y.Y. YAN*, K. SIMPSON, 2013. Applied Thermal Engineering. 53(2), 305-311
  • B. LI, W.N. ZHOU, Y.Y. YAN, C.Q. TIAN, 2013. Applied Thermal Engineering. 60(1-2), 449-455
  • Q. GAO, X.Z. ZHOU, Y.B. JIANG, X.L. CHEN, Y.Y. YAN, 2013. Applied Thermal Engineering. 51(1), 10-19
  • B. LI, W. ZHOU, Y. YAN, Z. HAN, L. REN, 2013. Journal of Bionic Engineering. 10(1), 90鈥�99
  • TOMAS MAUL, ANDRZEJ BARGIELA, YUYING YAN, NAN GAO, ALEXANDER FOSS, 2013. Journal of Bionic Engineering. 10(1), 65-76
  • S. YANG, S. WU, Y.Y. YAN, 2013. International Journal of Low-Carbon Technologies. 1-8
  • XU, J., XU, J., CAO, Y., JI, X., YAN, Y., 2013. Applied Surface Science. 286, 220-227
  • Y. SONG, S. WU, Y.Y. YAN, 2013. International Journal of Emerging Technology & Advanced Engineering. 3(11), 283-290
  • HUANG, S., YAN, Y.Y., MALTSON, J.D., UTRIAINEN, E., 2013. Proceedings of the ASME Turbo Expo.. 3(A), GT2013-94360
  • ZHENG, X.F., LIU, C.X., BOUKHANOUF, R., YAN*, Y. and LI, W.Z., 2013. Applied Thermal Engineering. 1(62), 69-79
  • LI, B., LIN, Q.Y. and YAN, Y.Y., 2012. Building and Environment. 48(February), 128-134
  • X, YANG, Y.Y. YAN, D. MULLEN, 2012. Applied Thermal Engineering. 33-34, 1-14
  • Z. QI, Q. GAO, Y. LIU, Y.Y. YAN and J.D. SPITLER, 2012. Advanced Materials Research: Progress in Power and Electrical Engineering. 354-355, 807-810
  • N. GAO, X. CHEN, M. ALEXANDER and Y.Y. YAN, 2012. Materials Letters. 73, 107-111
  • NAN GAO, YUYING YAN, 2012. Nanoscale. 4(7), 2202-2218
  • L. GUO, Y.Y. YAN and J.D. MALTSON, 2012. International Journal of Heat and Mass Transfer. 55(23-24), 6757鈥�6765
  • GAO, N., YAN, Y., CHEN, X. and MEE, D.J., 2012. Langmuir. 28(33), 12256鈥�12265
  • LI, B., ZHOU, W. N., YAN*, Y. Y. and TIAN, C., 2012. Applied Thermal Engineering.
  • Y.Q. ZU, Y.Y YAN, S. GEDUPUDI, T.G. KARAYIANNIS, D.B.R. KENNING, 2011. International Journal of Thermal Sciences. 50(3), 267-273
  • YAN, Y.Y., ZU, Y.Q. and DONG, B., 2011. Applied Thermal Engineering. 31(5), 649-655
  • Y.Y. YAN, Y.Q. ZU, 2011. Heat Transfer Engineering. 32(13-14), 1182-1190
  • Y.Q. ZU and Y.Y. YAN, 2011. IMA Journal of Applied Mathematics. 76(5), 743-760
  • S. GEDUPUDI, Y.Q. ZU, T.G. KARAYIANNIS, D.B.R. KENNING, Y.Y YAN, 2011. International Journal of Thermal Sciences. 50(3), 250-266
  • GAO, N., YAN, Y.Y., CHEN, X.Y. and MEE, D.J., 2011. Materials Letters. 65(19-20), 2902-2905
  • B. LI, Y.Y. YAN, 2011. Journal of Bionic Engineering. 8(1), 90-97
  • L. GUO, Y.Y. YAN, M. TAN, H, LI, Y. PENG, 2011. Chemical Engineering Communications. 198(10), 1263-1274
  • Y.Y. YAN, N. GAO, W. BARTHLOTT, 2011. Advances in Colloid and Interface Science. 169(2), 80-105
  • B. DONG, Y.Y. YAN, W.Z. LI, 2011. Transport in Porous Media. 88(2), 293-314
  • L. GUO, Y.Y. YAN, J. MALTLSON, 2011. Computers and Fluids: An International Journal. 49(1), 323-332
  • N. LIANG, S. SHAO, C.TIAN, Y.Y. YAN,, 2011. Applied Thermal Engineering. 31(2-3), 181-187
  • X. YANG, Y.Y. YAN, 2011. Applied Thermal Engineering. 31(5), 640-648
  • L. GUO, Z.C. LIU, Y.Y. YAN and Z.W. HAN, 2011. Journal of Bionic Engineering. 8(4), 464-473
  • X. YANG, Y.Y. YAN, R.J. MCGLEN, 2011. Frontiers in Heat Pipes. 2(4), 043002
  • YUYING YAN, NAN GAO and WILHELM BARTHLOTT, 2011. 169(2), 80-105
  • YAN, Y. Y., GAO, N. and BARTHLOTT, W., 2011. Advances in Colloid and Interface Science. 169(2), 80-105
  • Y.Q. ZU, Y.Y. YAN, J.Q. LI, Z.W. HAN, 2010. Journal of Bionic Engineering. 7(2), 191-198
  • H.B. ZHANG, Y.Y. YAN, Y.Q. ZU, 2010. Applied Mathematical Modelling: Simulation and Computation for Engineering and Environmental Systems. 34(3), 626-638
  • Y.Y. YAN, Y.Q. ZU, C.Q. TIAN, N. GAO, 2010. Droplets on micro structured or patterned surfaces with different roughness parameters In: The 14th International Heat Transfer Conference, 8-13 August 2010, Washington D.C..
  • Y.Y. YAN, 2010. Behaviours of water droplets on micro structured surfaces In: the 48 European Two-Phase Flow Meeting, 28-30 June 2010, London.
  • Y. JIN, C. GAO, C. MA, Y. LONG, Q. GAO, Y.Y. YAN, 2010. Effects of nitrogen-enriched intake air on the NOx emission and performance of engine Qiche Gongcheng/Automobile Engineering. 32(9), 769-773
  • X.F. ZHENG, Y.Y. YAN, 2010. Advances in Natural Science. 3(2), 139-151
  • Q. GAO, Y. HUANG, M. LI, Y. LIU, Y.Y. YAN, 2010. Solar Energy. 84(12), 2096-2102
  • B. DONG, Y.Y. YAN, W.Z. LI, Y.C. SONG, 2010. Journal of Bionic Engineering. 7(3), 267-275
  • Y.Y. YAN, 2010. Wetting behaviours of a water droplet on biomimetic micro structured surfaces (Keynote) In: The 3rd International Conference of Bionic Engineering (icbe10), 14-16 September 2010, Zhuhai.
  • B, DONG, Y.Y. YAN, W.Z. LI, Y. SONG, 2010. Computers & Fluids: An International Journal. 39(5), 768-779
  • N. LIANG, S. SHAO, C. TIAN, Y.Y. YAN, 2010. Applied Thermal Engineering. 30(10), 1205-1214
  • N. GAO, Y.Y. YAN, X.Y. CHEN, X.F. ZHENG, 2010. Journal of Bionic Engineering. 7(Suppl.), 59-66
  • X. YANG, Y.Y. YAN, 2010. Pool nucleate boiling of acetone and acetone/ethanol mixture on magnesium alloy surface In: The 14th International Heat Transfer Conference, 8-13 August 2010, Washington D.C..
  • Y.Y. YAN, Y.Q. ZU, 2009. Numerical Simulation of Bubbles Deformation, Flow and Coalescence in a Microchannel under Pseudo-Nucleation Conditions In: 2nd Micro and Nano Flows Conference, 1-2 September 2009, Brunel University, London.
  • Y.Y. YAN, Y.Q. ZU, 2009. LBM simulation of interfacial behaviour of bubbles flow at low Reynolds number in a square microchannel WIT Transactions on Engineering Sciences. 63, 495-506
  • S. GEDUPUDI, Y.Q. ZU, T.G. KARAYIANNIS, D.B.R. KENNING, Y.Y. YAN,, 2009. 1-D modelling and 3-D simulation of confined bubble formation and pressure fluctuations during flow boiling in a microchannel with rectangular cross-section of high aspect ratio Proceedings of the 7th International Conference on Nanochannels, Microchannels, and Minichannels 2009, ICNMM2009. 1087-1094
  • Y.Q. ZU, Y.Y. YAN, 2009. Lattice Boltzmann Modelling of Droplets on Chemically Heterogeneous Surfaces with Large Liquid-Gas Density Ratio In: 2nd Micro and Nano Flows Conference, 1-2 September 2009, Brunel University, London..
  • Y.Q. ZU, S. GEDUPUDI, Y.Y. YAN, T.G. KARAYIANNIS, D.B.R. KENNING, 2009. Numerical simulation and experimental observations of confined bubble growth during flow boiling in a microchannel with rectangular cross-section of high aspect ratio Proceedings of the 7th International Conference on Nanochannels, Microchannels, and Minichannels 2009, ICNMM2009. 1077-1085
  • Y.Q. ZU, Y.Y. YAN, 2009. Droplets on Micro Square-Post Patterned Surfaces 鈥� Theoretical Model and Numerical Simulation In: The 1st International Conference on Biomimetic Functional Surfaces with Fluids Interactions (Biomimetic-FSFI'09), 14-15 September 2009, Nottingham, UK.
  • L. GUO, Y.Q. ZU, Y.Y. YAN, J. MALTSON, 2009. Experimental and numerical study on multi-jet impingement flow and heat transfer In: 11th UK National Heat Transfer, 6-8 September 2009, Queen Mary, London..
  • Y.Q. ZU, Y.Y. YAN, 2009. International Journal of Heat and Fluid Flow. 30(4), 761-767
  • Y.Q. ZU, Y.Y. YAN, J.D. MALTSON, 2009. CFD prediction for multi-jet impingement heat transfer Proceedings of the ASME Turbo Expo 3. 483-490
  • Y.Y. YAN, J.Q. LI, KHELLIL SEFIANE, 2009. Journal of Bionic Engineering. 6(4), I-II
  • Q. GAO, M. LI, M. YU, J.D. SPITLER, Y.Y. YAN, 2009. Renewable and Sustainable Energy Reviews. 13(6-7), 1383-1394
  • L. GUO, Y.Y. YAN, J.D. MALTSON, 2009. CFD Predicted Discharge Coefficients of a Single Cylindrical Hole with Proceedings of the ASME Turbo Expo 7. 1733-1740
  • B. DONG, Y.Y. YAN, W.Z. LI, 2009. Numerical Simulation of Viscous Fingering Phenomenon in Immiscible Displacement of Two Fluids in Porous Media Using Lattice Boltzmann Method In: 2nd Micro and Nano Flows Conference, 1-2 September 2009, Brunel University, London..
  • Y.Y. YAN, 2009. LBM, a Useful Tool for Mesoscale Modelling of Single Phase and Multiphase Flow: the variety of applications and approaches at Nottingham In: 2nd Micro and Nano Flows Conference, 1-2 September 2009, Brunel University, London..
  • X YANG, C. JI, Y.Y. YAN, 2009. Molecular Dynamics Simulation for Microscope Insight of Liquid Evaporation on a Heating Surface In: 2nd Micro and Nano Flows Conference, 1-2 September 2009, Brunel University, London.
  • BO DONG, Y.Y. YAN, W.Z. LI, 2009. Numerical study of the effect of wettability alteration on viscous fingering phenomenon of immiscible fluids displacement in a channel In: Proceedings of the 17th UK National Conference on Computational Mechanics in Engineering. 69-72
  • Y.Y. YAN, 2009. Micro/meso scale modelling of two-phase flow on functional surfaces - A numerical simulation of water droplets on natural hydrophobic surfaces with micro roughness (Keynote Paper): (Keynote Paper) Proceedings of the 7th International Conference on Nanochannels, Microchannels, and Minichannels, ICNMM2009. 1417-1424
  • NAN GAO, Y.Y. YAN, 2009. Modeling Superhydrophobic Contact Angles and Wetting Transition In: The 1st International Conference on Biomimetic Functional Surfaces with Fluids Interactions (Biomimetic-FSFI'09), 14-15 September 2009, Nottingham, UK.
  • Y.Q ZU, Y.Y. YAN, J. MALTSON, 2009. Transaction of ASME: Journal of Heat Transfer. 131(9), 1-4
  • X. YANG, Y.Y. YAN, D. MULLEN, J. DARKWA, 2009. Experiments and molecular dynamics simulation of dropletes behaviour and phase change in magnesium heat pipe In: Proceedings of the Inaugural US-EU-China Thermophysics Conference, Beijing, 28-30 May 2009, UECTC-RE T5-S6-0335.
  • NAN GAO, Y.Y. YAN, 2009. Journal of Bionic Engineering. 6(4), 335-340
  • Y.Y. YAN, 2009. Chinese Science Bulletin. 54(4), 541-548
  • YAN, Y.Y. and ZU, Y.Q., 2008. International Journal of Heat and Mass Transfer. 51(9-10), 2519-2536
  • C.Y. JI, Y.Y. YAN, 2008. Applied Thermal Engineering. 28(2-3), 195-202
  • Y.Q. ZU, Y.Y. YAN, 2008. A numerical study of quasi-nucleate boiling in mini- and micro channels Proceedings of the Sixth International ASME Conference on Nanochannels, Microchannels and Minichannels (ICNMM2008): June 23-25, 2008, Darmstadt, Germany. ICNMM2008-62112
  • Y.Y. YAN, Y.Q. ZU, 2008. Numerical modelling based on lattice Boltzmann method of the behaviour of bubbles flow and coalescence in microchannels Proceedings of the Sixth International ASME Conference on Nanochannels, Microchannels and Minichannels (ICNMM2008): June 23-25, 2008, Darmstadt, Germany. ICNMM2008-62162
  • Y.Q. ZU, Y.Y. YAN, W.P. SHI, L.Q. REN, 2008. International Journal for Numerical Methods in Heat and Fluid Flow. 18(6), 766-782
  • Y.Y. YAN, C.Y. JI, 2008. Journal of Bionic Engineering. 5(4), 271-281
  • W. SHI, Y. ZU, Y.Y. YAN, 2008. Simulation of steady laminar flow within a quarter-circular cavity by lattice Boltzmann method Chinese Journal of Computational Physics. 25(1), 83-86
  • C.Y. JI, Y.Y. YAN, 2008. A numerical study of bubbly flow in a rectangular microchannel Proceedings of the Sixth International ASME Conference on Nanochannels, Microchannels and Minichannels (ICNMM2008): June 23-25, 2008, Darmstadt, Germany. ICNMM2008-62117
  • Y.Y. YAN, 2008. Advances in modelling of the biomimetics of natural hydrophobic surfaces: Keynote paper In: The 2nd International Conference of Bionic Engineering (ICBE'08), Keynote paper, 10-12 Oct 2008, China.
  • Y.Q ZU, Y.Y. YAN, 2008. Modelling of impinging flow and heat transfer in a confined narrow gap Proceedings of the Sixth International ASME Conference on Nanochannels, Microchannels and Minichannels (ICNMM2008): June 23-25, 2008, Darmstadt, Germany. ICNMM2008-62111
  • MICHAEL R. KING, YUYING YAN, 2008. Foreword: For the selected papers from the 6th International on Nanochannels,Minichannels(ICNMM08) Journal of Bionic Engineering. 5(4),
  • C.Y. JI, Y.Y. YAN, 2008. A molecular dynamics simulation of droplets merging in mist flow of flow boiling in microchannel Proceedings of the Sixth International ASME Conference on Nanochannels, Microchannels and Minichannels (ICNMM2008): June 23-25, 2008, Darmstadt, Germany. ICNMM2008-62120
  • YAN, Y.Y. and ZU, Y.Q., 2007. Journal of Computational Physics. 227(1), 763-775
  • YAN, Y.Y., 2007. Journal of Bionic Engineering. 4(2), 97-107
  • YAN, Y.Y., ZU, Y.Q., REN, L. and LI, J.Q., 2007. Proceedings of the Institution of Mechanical Engineers, Part C, Journal of Mechanical Engineering Science. 221(10), 1201-1210
  • Y.Q. ZU, Y.Y. YAN, J.D. MALTSON, 2007. CFD prediction for confined impingement jet heat transfer using different turbulent models In 10th UK National Heat Transfer Conference, Edinburgh..
  • Y.Y. YAN, Y.Q. ZU, Y. SUN, 2007. LBM simulation of bubbles flow and coalescence in microchannels In 10th UK National Heat Transfer Conference, Edinburgh.. i,
  • HUANXIN LAI, YUYING YAN, KEQI WU, 2007. International Journal of Numerical Methods for Heat & Fluid Flow. 17(4), 418-438
  • C.Y. JI, Y.Y. YAN, 2007. Modelling and numerical study of two-phase flow and boiling heat transfer in a microchannel
  • YAN, Y.Y and ZU Y.Q., 2007. WIT Transactions on Engineering Sciences: Computational Methods in Multiphase Flow IV. 227-237
  • C.Y. JI, Y.Y. YAN, 2007. Molecular dynamics simulation of the evaporation of nonpar L-J fluids in the vicinity of dry-out region in a microchannel heat sink In 10th UK National Heat Transfer Conference, Edinburgh..
  • YAN, Y.Y., REN, L. and LI, J., 2007. The electroosmotic driven flow near an earthworm surface and the inspired bionic design in engineering International Journal of Design and Nature. 1(2), 135-145 (In Press.)
  • YAN, Y.Y. and LI, W.Z., 2006. International Journal of Numerical Methods for Heat & Fluid Flow. 16(7), 764-778
  • D. ADKINS AND Y.Y. YAN, 2006. CFD Simulation of Fish-like Body in Viscous Liquid In: Int. Conf. of Bionic Engineering, ICBE'06. 266-272
  • Y.Q. ZU AND Y.Y. YAN, 2006. Numerical simulation of electroosmotic flow near an earthworm surface In: Int. Conf. of Bionic Engineering, ICBE'06. 151-158
  • Y.Q. ZU, Y.Y. YAN, 2006. Numerical Modelling of Flow and Heat Transfer around a rotationg Isothermal Cylinder In: Int. Conf. of Heat Powered Cycles, HPC'06. 06136-1-6
  • D. ADKINS, Y.Y. YAN, 2006. Journal of Bionic Engineering. 3(3), 147-153
  • Y.Q. ZU, Y.Y. YAN, 2006. Journal of Bionic Engineering. 3(4), 179-186
  • Y.Y. YAN, 2006. WIT Transactions on Engineering Sciences:: Advanced Computational Methods and Experimental Measurements in Heat Transfer IX. 87-96
  • Q. GAO, M. LI AND Y.Y. YAN, 2006. Operation strategy on heat transfer enhancement in the underground multi-boreholes Acta Energiae Solaris Sinica. 27(1), 83-89
  • DONG, W., LI, R. Y., YU, H. L. and YAN, Y. Y., 2006. Experimental Thermal and Fluid Science. VOL 30(NUMBER 6), 579-586
  • C. JI, Y.Y. YAN, 2006. Microscopic investigation of CO2 in the vicinity of dry-out region in microchannel heat sinks, Micro and Nanoscale Flows In: Advancing the Engineering Science and Design, 7-8 December 2006, University of Strathclyde, Glasgow, UK (2006).
  • Y.H. SUN, Y.Y. YAN, ET AL., 2006. A demonstrative model of closed loop GSHP In: Int. Conf. of Heat Powered Cycles, HPC'06. 06145-1-7
  • C.Y. JI, Y.Y. YAN, 2006. Liquid-vapour-solid coexistence system in microchannels heat sink for electric cooling In: Int. Conf. of Heat Powered Cycles, HPC'06. 06132-1-8
  • YAN, Y.Y and ZU, Y.Q., 2006. Lattice Boltzmann simulation of surface tension dominated vortices behaviour in two-phase mixing layer In: 4th Int. Conf. on Nano-, Micro- & Mini- channels.
  • Y.Y. YAN, 2006. The potential of computational simulation of biomimetics problems of macro-, meso-, and micro-scales In: Int. Conf. of Bionic Engineering, ICBE'06. 7-18 (Keynote paper)
  • YAN, Y., 2005. The creeping mechanism of the non-smooth wavy surface of earthworm Mechanics and Practice. 27 (3), 73-74
  • YAN, Y and ZHANG, H., 2005. Electrohydrodynamic (EHD) Effect on Heat Transfer of Refrigerants with Different Relaxation Time In: 9th UK National Heat Transfer Conference.
  • Q. GAO, M. LI, Y.Y. YAN, 2005. A study on the intermittent temperature recoverable process of ground source heat pump applications In: 4th Int. Conf. on Sustainable Energy Technologies. 429-434
  • YAN, Y and DONG, W., 2005. A study of pure mechanical effect of an electric field on nucleate bubble In: 9th UK National Heat Transfer Conference.
  • YAN, Y.Y., ZHANG, H. and HULL, J.B., 2004. Numerical Heat Transfer Part A: Applications. 46(5), 453-471
  • YAN, Y., 2004. Computer simulation of rolling wear on bionic non-smooth convex surfaces Journal of Bionics Engineering. 1(4), 241-247
  • YAN, Y., 2004. Analysis and biomimetics on the non-smooth surface of dung beetle In: 1st International Industrial Conference BIONIK 2004. 243-250
  • YAN, Y., 2004. Electro-osmotically driven flow near a soil animal body surface and biomimetics. In: , ed., Comparing Design in Nature with Science and Engineering: Design and Nature II WIT Press, Southampton, UK. 217-226
  • Y.Y. YAN, H. MULLER-STEINHAGEN, J.M. SMITH, 2004. International Journal of Transport Phenomena. 6(4), 315-322
  • YAN, Y., 2004. Reduction of sliding resistance between clay and bionics plates. In: Design & Nature II - Comparing Design in Nature with Science and Engineering WIT Press, Southampton, UK. 555-566
  • YAN, Y.Y and HULL, J.B., 2004. The concept of electroosmotically driven flow and its application to biomimetics Journal of Bionic Engineering. 1(1), 46-52
  • LAI, H., ZHANG, H. and YAN, Y., 2004. Numerical Heat Transfer Part A: Applications. VOL 46(PART 1), 79-98
  • YAN, Y., 2004. Modelling of the interaction between biological surfaces and the surrounding mediums - a fundamental study of biomimetics In: 1st International Industrial Conference BIONIK. 265-271
  • LI, W.Z., YAN, Y.Y. and SMITH, J.M., 2003. International Journal of Multiphase Flow. 29(3), 435-460
  • LAI, H., YAN, Y.Y. and GENTLE, C.R., 2003. Numerical Heat Transfer. Part B, Fundamentals. 43(3), 241-266
  • YAN, Y., 2003. Numerical simulation of electrohydrodynamic (EHD) effects on a single bubble during nucleate boiling on a horizontal surface In: 8th UK National Heat Transfer Conference.
  • LI, W. Z., YAN, Y. Y. and HULL, J. B., 2003. International Journal of Numerical Methods for Heat & Fluid Flow. VOL 13(NUMBER 8), 940-963
  • YAN, Y., 2003. Numerical modelling of a rising vapour bubble in superheated liquid In: 8th UK National Heat Transfer Conference.
  • YAN, Y., 2003. Numerical simulation of electrohydrdynamic effect of natural convection in vertical cylindrical enclosures In: Int.Conf. on Energy and the Environment (ICEE). 741-745
  • YAN, Y., 2003. Recent development in computational modelling of multi-phase transport phenomena in energy engineering In: Int. Conf. on Energy and the Environment (ICEE). 599-606
  • YAN, Y.Y., LAI, H., GENTLE, C.R. and SMITH, J.M., 2002. Chemical Engineering Research & Design. 80(A3), 325-331
  • YAN, Y. Y., LI, W. Z. and SMITH, J. M., 2002. Chemical Engineering Research & Design. VOL 80(PART 6), 674-680
  • YAN, Y. Y. and LI, W. Z., 2002. International Journal of Transport Phenomena. VOL 4(NUMB 3), 209-224
  • YAN, Y., 2002. Numerical simulation of the behaviour of a single deformable bubble in two-phase flow In: Proceedings of 12th International Heat Transfer Conference. 575-580
  • RUAN, L. M., TAN, H. P. and YAN, Y. Y., 2002. Numerical Heat Transfer Part A: Applications. VOL 42(PART 3), 253-268
  • YAN, Y., 2002. Numerical 糖心原创 of Conjugate Steady Viscous Flow About and Inside a Spherical Bubble In: Proceedings of 12th International Heat Transfer Conference. 581-586
  • YAN, Y., 2002. The Numerical prediction of effects of a gas bubble deformation on temperature and concentration fields Journal of Thermal Science Technology. 1(1), 61-67
  • YAN, Y., 2002. Numerical modelling of transport phenomena in the vicinity of a gas-liquid interface. In: Advanced Computational Methods in Heat Transfer 1. WIT Press, Southampton. 65-74
  • LAI, H., YAN, Y. Y. and SMITH, J. M., 2002. International Journal of Numerical Methods for Heat & Fluid Flow. VOL 12(PART 2/3), 106-125
  • Y.Y. YAN AND W.Z. LI, 2002. Numerical Heat Transfer Part B: Fundamentals: An International Journal of Computation and Methodology. 42(1), 55-72
  • LI, W. Z. and YAN, Y. Y., 2002. Numerical Heat Transfer Part B: Fundamentals. VOL 41(PART 2), 165-190
  • YAN, Y., 2001. Numerical analysis of fluid flow and heat transfer in complex time-dependent geometries: Incorporation of multi-block iteration and moving mesh In: 7th UK National Conference on Heat Transfer.
  • YAN, Y., 2001. Numerical modelling of fluid flow and heat and mass transfer at the surface of a non-spherical (deformable) gas bubble In: 7th UK National Conference on Heat Transfer.
  • YAN, Y., 2001. A modified momentum interpolation scheme and its application in numerical modelling of natural convection in enclosed cavities In: 7UK National Conference on Heat Transfer.
  • LAI, H. and YAN, Y. Y., 2001. International Journal of Numerical Methods for Heat & Fluid Flow. 11(5/6), 524-546
  • YAN, Y., 2000. Numerical simulation of flow field around a rising bubble by using non-othogonal BFC In: In: Heat Transfer Science and Technology 2000. 574-579
  • YAN, Y., 2000. International Journal of Transport Phenomena. 2(4), 287-297
  • YAN, Y., 2000. The effect of electric field on polymorphism crystallisation In: In: Heat Transfer Science and Technology 2000;. 745-750
  • YAN, Y., 2000. A novel method for analysing the degree of mixing In: International Conference on Gearing, Transmissions, and Mechanical Systems. 883-891
  • YAN, Y., 2000. CFD-aided design for heat transfer surfaces of an automotive radiator In: International Conference on Gearing, Transmissions, and Mechanical Systems. 805-814
  • YAN, Y., 1999. An investigation on heat transfer performance of a new type of plate heat exchanger with dimple geometry In: MechE Conference Transactions (Heat Transfer). 19-25
  • Y.Y. YAN, W.Z. LI, 1999. Modelling condensation heat transfer in vapour axial flow outside a horizontal tube. In: MechE Conference Transactions (Heat Transfer). 271-277
  • YAN, Y., 1998. Models for general phase change phenomena in heat exchangers and in industrial processes affected by applying an electric field In: Eurotherm' 62. 332-341
  • YAN, Y. Y., NEVE, R. S. and COLLINS, M. W., 1997. Chemical Engineering Research & Design. VOL 75(NUMBER 7), 668-671
  • NEVE, R. S. and YAN, Y. Y., 1996. International Journal of Heat and Fluid Flow. VOL 17(NUMBER 4), 403-409
  • YAN, Y., 1996. Computational analysis of fluid flow and heat transfer in a heat exchanger channel with corrugated louvre fin geometry In: 3rd International Symposium on Experimental and Computational Aerothermodynamics of Internal Flows. 925-932
  • YAN, Y. Y., NEVE, R. S., KARAYIANNIS, T. G., COLLINS, M. W. and ALLEN, P. H. G., 1996. Experimental Heat Transfer. VOL 9(NUMBER 3), 195-212
  • Y.Y. YAN, ET AL., 1996. EHD enhanced heat exchangers-new challenging equipment for renewable energy applications In: 1st International Congress of Energy and Environment. 398-405
  • Y.Y. YAN, R.S. NEVE, 1996. Journal of Enhanced Heat Transfer. 3 (3), 211-219
  • Y.Y. YAN, R.S. NEVE, 1995. The compound effect of EHD enhancement on nucleate boiling at low superheat surfaces In: IMechE Conference Transactions, 4UK National Heat Transfer Conference. 261-265
  • YAN, Y., 1995. The effect of an electric field on nucleate boiling at different surfaces in heat exchangers In: Proc. of 2nd International Thermal Energy Congress, ITEC-95. 591-596
  • Y.Y. YAN, ET AL., 1994. EHD enhancement of boiling heat transfer at low superheat surfaces in heat exchangers In: EuroThermo' 33; In: Heat Exchanger Technology-Recent developments. 111-117
  • Y.Y. YAN, R. NEVE, M.W. COLLINS, 1994. Heat transfer analysis and structure optimisation with corrugated louvre geometry In: EuroThermo' 33; In: Heat Exchanger Technology-Recent developments. 261-267
  • YUYING YAN, 1992. Heat transfer analysis and structure optimization of tube tube and- corrugated- fin type radiator with louvers Transactions of CSICE. 10(4), 371-379
  • Q CHEN, Y REN, H QI, Y YAN, AIP Advances. 12(8), 085105

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