美高梅簡介

    美高梅4686高等研究院是美高梅4686新成立的一個包含本科與研究生培養、側重跨學科教學與研究的校內綜合辦學單位。作為美高梅4686內部探索全面改革創新的學術特區,高等研究院與香港和海外著名高校合作,借鑒國外研究型大學通行的管理模式,引進具有一流視野的資深教授和發展潛力的青年教師,營造與國際接軌的學術氛圍和培養環境,開展卓越的教學、研究和管理工作。 ······

研究生課程

陳譽

博士,研究員

聯系方式:[email protected]

通訊地址:美高梅4686辦公樓337室,518060


教育背景:

2010,澳洲臥龍崗大學,應用數學博士學位

2006,澳洲臥龍崗大學,數學碩士學位

2005,墨爾本大學,數學、物理雙學士學位


工作經驗:

09.2016-12.2016, 北京理工大學珠海書院,副教授

08.2012-08.2016,寧波諾丁漢大學,助理教授

07.2010-12.2011,亞德雷德大學,高級副研究員

11.2009-06.2010,澳洲臥龍崗大學,博士后


研究/教學興趣:

從事數學建模與計算機模擬研究。 主要關注微、納米力學等跨學科研究。 對微納米顆粒流、納米材料中的能量和氣體儲存、變相材料、固液耦合等問題尤感興趣。 現階段積極拓展新的研究方向,包括應用偏微分方程與凝聚體物理研究。 教學方面,有微積分、線性代數、工程數學、數值分析、(偏)微分方程等。


所獲獎項:

Article entitled ”Carbon nanotubes as a nonlinear buckled beam for nanoelectromechanical systems” is awarded International Conference Best Paper Awards by ICAMEM2014.

IOP Nanotechnology Highlights 2011 (Paper entitled “Hydrogen storage inside graphene-oxide frameworks”)

Must read paper of IJTAMM Vol.1 (2) 2009 (Paper entitled “Spiral motion of carbon atoms and C60 fullerenes inside single-walled carbon nanotubes”)

CO-I of NSFC (Youth Programme 51506103) on the topic of ”Droplet fission and emulsion templated microparticle mechanics in bifurcated bilayer microfluidic system” (China, 200,000 RMB)

CO-I of Ningbo Natural Science Foundation on the topic of ”Multi-physicochemical transport processes in porous media with application to energy conversion and storage devices” (Ningbo, 2013, 40,000 RMB)

PI of Ningbo Natural Science Foundation on the topic of ”Mathematical modeling and MD simulations on encapsulating PM2.5 using nanomaterials” (Ningbo, 2014, 30,000 RMB)

CO-I of Qianjiang Talent Scheme on the topic of ”Performance and durability enhancement of approach slabs strengthened with hybrid fiber-reinforced concrete” (Zhejiang, 2014, 50,000 RMB)

Participating in Discovery Project Grant on the topic of Nanomechanics, Australia Research Council


發表論文:

1.Y. Chan and J.J. Wylie (2018) A continuum model of lithium ion transport inside graphene, Europhysics Letters, Vol. 123, 14002.

2. Y. Ren, K.S. Koh, L.K. Liong, M. Yew, J.K. Chin, Y. Chan, Y. Yan (2018) Droplet breakup dynamics in bi-layer bifurcated microchannel, Micromachines, Vol. 9, doi:10.3390/mi9020057.

3. Y. Chan, B. Wu, Y. Ren and L. Xia (2018) Analytical solution for Newtonian flow inside a carbon nanotube taking into consideration of van der Waals forces, Journal of Mathematical Chemistry, Vol. 56, pp. 158-169.

4. Y. Chan, J.J. Wylie, L. Xia, Y. Ren and Y-T. Chen (2016) Modeling on particle-laden flow inside nanomaterials, Proceedings of the Royal Society A, Vol. 472: 20160289.

5. Y. Chan, L. Xia, Y. Ren, Lin Dong Li and Yuting Chen (2016) A coupled velocity and temperature problem of the spinning extruded column in a micro-extrusion, International Journal of Heat and Mass Transfer, Vol. 103, pp. 965-973.

6. Y. Chan and R.G. Haverkamp (2016) A new force-extension formula for stretched macromolecules and polymers based on Ising model, Physica A: Statistical mechanics and its applications, Vol. 463, pp. 467-474.

7. Y. Chan (2016) Mathematical modelling and MD simulations on ultra-filtration using graphene sheet, Journal of Mathematical Chemistry, Vol. 54, pp. 1041-1056.


會議論文:

W.S.L. Wah, Y.T. Chen, Y. Chan, and Y. Ren, Distinguishing damage effects from

temperature effects for damage detection of civil structures, The 2016 World Congress on Advances in Civil, Environmental, and Materials Research (ACEM16) /The 2016 Structures Congress (Structures16), August 28 ? September 1, 2016, ICC JEJU, Jeju Island, Korea.

Y. Ren, Y. Chan, L.D. Li, T.Wu, and Y.T. Chen, Numerical investigation of polymer melt flow and heat transfer in phase change driven micro - extrusion process , International Heat Transfer Symposium and the Heat Powered Cycles Conference, June 26 ? 29, 2016, Nottingham, UK.

Y. Chan, G. M. Cox and J. M. Hill (2008) A carbon atom orbiting around the outside of a carbon nanotube, In Proceedings of International Conference on Nanoscience and Nanotechnology, 152-155 Feb 2008, ICONN 2008, Melbourne.

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