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名師風采
Md Mizanur Rahman

作者: 時間:2018-11-14 來源:機械工程學院 點擊率:1054

Name:  Md Mizanur Rahman

Position:  Professor

Organization: School of Mechanical Engineering, Hangzhou Dianzi University

Email Address: mizanur_rahman@hdu.edu.cn;          md.mizan68@gmail.com

Adress: Xiasha Higher Education Zone, Hangzhou, 310018, Zhejiang Province, People's Republic of China

 

Main Experiences:

Mr Rahman receieved his doctoral degree from Helsinki University of Technology (recently known as Aalto University) in 2000. He had been a Docent at Aalto University for more than 10 years. From September 2018, he has been working at Hangzhou Dianzi University as a full Professor.

 

Field of Specialty:  Computational fluid dynamics (CFD), numerical methods, turbulence modeling, large eddy simulation (LES), detached eddy

simulation (DES), scale adaptive simulation (SAS), grid deformation,  solid-fluid interactions, thermo-fluids, renewable energy, thermodynamics, heat and mass transfer, fluid mechanics, combustión, hydrodynamics, ocean engineering and multiphase flow.

 

Main Achievements :

Mr Rahman got used to be the Finnish national representative of Nordic Pilot Center for ERCOFTAC. He has been the invited reviewers for more than ten international well-known academic journals, such as AIAA Journal, Computers and Fluids, International Journal of Heat and Mass Transfer, Journal of Fluid Mechanics ete., and has delivered scientific speeches in more that 20 international conferences.

He has studied theoretical systems of computational fluid dynamics, and put forward a series of basic theories about computational fluid dynamics and turbulence modeling. These theories are used to develop many CFD programs for solving complex fluid engineering problems. His contributions have been recognized by scientific scholars around the world as well as by many commercial companies.

As a major researcher and a leader of the research group, he has participated in a number of CFD research projects funded by the national technology research and development center in Finland (TEKES). He has worked with a series of world famous companies such as Nokia, Mesto, Patria Aviation, Andritz, Fortum and so on, and solved the fluid problems in many complex projects.

Relevant research results have been published in more than 80 journals/conferences, in which 68 papers have his name as the first author/corresponding author. Based on SCI Journal Quality, 9 of his papers are in JCR Q1 journals, 14 papers are in JCR Q2 journals. According to Google Scholar index, the number of his citation is 560.

 


Md Mizanur Rahman先生現任杭州電子科技大學機械工程學院特聘教授一職环宇娱乐app。他于2000年獲得芬蘭赫爾辛基工業大學(現阿爾托大學)博士學位,此后一直在阿爾托大學任教,先后任助理研究員、副教授。20189月正式入職杭州電子科技大學擔任教職环宇娱乐app。

Rahman先生主要從事計算流體力學及其工程應用方面的研究,是歐洲流體湍流及燃燒研究協會(ERCOFTAC)北歐理事會的芬蘭理事环宇娱乐app,是AIAA Journal,Computers and Fluids,International JournalofHeat and Mass Transfer等十余種國際知名學術期刊的特邀審稿人。

他曾系統研究了應用計算流體力學的理論體系,提出了一系列流體動力學及相關的傳熱傳質基礎理論环宇娱乐app,并將計算流體力學理論和工程實際應用相結合,從工程實際與工業應用出發,針對復雜流體工程問題自主設計開發了多套計算流體力學程序,解決了工程與工業應用的一系列流體動力學問題环宇娱乐app,這些成果受到了世界各地學者以及眾多商業公司的一致認可。他曾作為主要研究人員以及研究組負責人參與芬蘭國家技術研發中心(TEKES)所資助的多項CFD技術研發項目,與Nokia、Mesto、PatriaAviation、Andritz环宇娱乐app、Fortum等一系列世界知名公司合作,解決了眾多復雜工程中的流體問題:造紙行業中柔性結構中的湍流交換和流體動力學問題;電子設備中的傳熱問題;能源動力設備的射流控制;核電站總流體結構優化;裝備過程中的流體問題等眾多工程及機械裝備所涉及的一系列流動控制及優化設計問題。相關研究成果先后發表高水平論文80余篇,其中一作及通信作者68篇,其中JCR一區論文9篇环宇娱乐app,JCR二區論文8篇。所發表文章受到國際上眾多學者的關注,截止201811Google Schloar檢索論文他引量達560次,其中單篇論文(一作及通信作者)他引次數74次。


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Publications in 2018

**M. M. Rahman, K. Keskinen, V. Vuorinen, M. Larmi and T. Siikonen: Consistently formulated eddy-viscosity coefficient for k-equation model; to be appeared in Journal of Turbulence.


**M. M. Rahman, V. Vuorinen, J. Taghinia and M. Larmi: Wall-distance-formulation for SST k-ω model; to be appeared in European Journal of Mechanics-B/Fluids.


**X. Tian, M. M. Rahman, H. Pan and A. K. M. Sadrul Islam: A simplified one-equation elliptic-relaxation model; 8th BSME International Conference on Thermal Engineering, to be appeared in Physics of Fluids.

M. M. Rahman, Zefei Zhu, H. Pan and X. Tian: A low-Reynolds number one-equation eddy-viscosity turbulence model with elliptic-relaxation for wall-bounded flows; BIT’s 7th Annual World Congress of Ocean-2018.


**J. Taghinia, M. M. Rahman and X. Lu: Effects of different CFD modeling approaches and simplification of shape on prediction of flow field around manikin. Energy and Buildings, 170:47-60;2018.


**X. Han, M. M. Rahman and R. K. Agarwal: Development and application of wall-distance-free Wray-Agarwal turbulence model. 2018 AIAA Aerospace Sciences Meeting, 0593.


**J. Taghinia, M. M. Rahman and T. Siikonen: A sub-grid scale model with natural near-wall damping. Aerospace Science and Technology; 74:1-16;2018.


**J. Taghinia and M. M. Rahman: Large eddy simulation of round impinging jet with one-equation subgrid scale model. International Journal of Heat and Mass Transfer, 116:1250-1259;2018.


**X. Han, M. M. Rahman and R. K. Agarwal: Wall-distance-free Wray-Agarwal turbulence model with elliptic blending. Fluid Dynamics Conference, AIAA Aviation Forum, Atlanta, USA, 2018.

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