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Department of Thermal Engineering
Dr. Zhao Yanlin
Education
PhD from University of Leeds (UK)
Master from National University of Singapore (Singapore)
Master from Zhejiang University (China)
Bachelor from Zhejiang University (China)
Research
Multi-phase flow measurement
Electrical impedance spectroscopy (EIS) and Electrical impedance Tomography (EIT)Techniques for particle characterization in multi-phase flow
Erosion-corrosion behaviour of metals in two or three-phase flow jet impingement
Material Degradation in Energy System
Programs Supervised For
Msc in Thermal Energy Engineering
Teaching
New energy technology; Principle and technology of heat exchanger; Technology of Energy storage, Multi-phase flow measurement
Previous Teaching / Working Experience
· 2013-present, China University of Petroleum-Beijing
· 2010-2012, University of Leeds, Demonstrator for the experimental courses
· 2005, Shell (Singapore), Intern
Professional Affiliations
· Member of Chinese Society for measurement of multiphase flow test professional committee
Contact
Email:ylzhao@cup.edu.cn TEL:86-10-89733658
Address of Office:18# Fuxue Rd, Changping District, Beijing 102249
Publications
1. Y.L. Zhao*, M. Wang and Jim Yao, “Electrical impedance tomography Spectroscopy method for characterising particles in solid-liquid phase”, AIP Conference Proceedings,(2014), 1592:10-17, (EI)
2. Y.L. Zhao*, M. Wang and Jun Yao, “Characterization of Colloidal Particles using Electrical Impedance Spectroscopy in Two-electrode System with Carbon Probe”, Procedia Engineering,(2014),in press, (EI)
3. Y.L. Zhao*, M. Wang and R. B. Hammond, “Characterisation of Nano-particles: Relationship between Particle Size and Electrical Impedance Spectra”, Journal of Nanoscience and Nanotechnology,(2013),13(2):808-812, (SCI)
4. Y.L. Zhao*, M. Wang and R. B. Hammond, “Characterisation of Crystallisation Processes with Electrical Impedance Spectroscopy”, Nuclear Engineering and Design,(2011), 241,1938-1944, (SCI)
5. Y.L. Zhao, J.M.Wang*, H.Chen, T.Pan, J.Q.Zhang, C.N.Cao. “Al-substituted α-nickel hydroxide prepared by homogeneous precipitation method with urea”, International Journal of Hydrogen Energy, 29, 889-896, (2004). (SCI)
6. Y.L.Zhao, J.M.Wang*, H.Chen, T.Pan, J.Q.Zhang, C.N.Cao. “Different additives-substituted α-nickel hydroxide prepared by urea decomposition”, ElectrochimicaActa, 50, 91-98, (2004). (SCI)
7. J. Yao* ,M. Fairweather,Y.L. Zhao, Numerical simulation of particle deposition in turbulent duct flows, Industrial & Engineering Chemistry Research 53(8): 3329-3341, (2014).(SCI)
8. J. Yao*, J. J. Wu, Y.L. Zhao, EWC. Lim, P. G. Cao, F. Zhou, C. H. Wang and N. Li, Experimental investigations of granular shape effects on electrostatic charge generation. Particuology, 15, 82-89, (2014).(SCI)
9. J. Yao*, Y.L. Zhao, N. Li, Y. Q. Zheng, G. L. Hu, J. R. Fan and K. F. Cen, Mechanism of particle transport in a fully developed wake flow. Industrial & Engineering Chemistry Research, 51:10936-10948,(2012).(SCI)
10.E.W.C Lim, J. Yao*, Y.L. Zhao, Pneumatic transport of granular materials with electrostatic effects. AIChE Journal 58: 1040-1059, (2012). (SCI)