Lecturer
Supervisor of Master's Candidates
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Professor Du Tingting is the postgraduate supervisor in School of Energy and Power Engineering at Shandong University. She earned her Ph. D. degree in Thermal Engineering from Shandong University in 2015 (Supervisor: Prof. Cheng Lin, Changjiang Scholar). She was selected as one of the first members of International Clean Energy Talents Program and was supported to visit M ä lardalen University in Sweden from Sep. to Dec. 2017. (Co-adviser: Prof. Yan Jinyue (Jerry Yan), member of European Academy of Sciences and Arts). She was a postdoctoral associate at Purdue University from 2018 – 2019 (Co-adviser: Prof. Ruan Xiulin, the founder of four-phonon scattering theory).
Prof. Du’s group devote to apply novel materials and new techniques to design high-efficient energy-saving devices and equipment, aiming to provide solutions for electronics and battery thermal management, the heat transfer enhancement of industry equipment, and heat recovery and utility.The research interests include the phenomena and mechanisms of heat and mass transfer at multiple scales, thermal and physical properties testing based on visualization techniques, dynamic thermal management techniques, fluid mechanics, numerical simulation, optimization theory and applications, etc.
Prof. Du’s research has been financially supported by the Natural Science Foundation of Shandong Provice. She has published several journal and conference papers indexed by SCI and EI. And she made public speakings respectively at the international Heat Transfer Conference, ASME INTERPACK and the Annual Conference of Heat and Mass Transfer in China.
山东大学  热能工程  Doctoral Degree in Engineering
山东大学  马克思主义理论  Master's Degree in Law
山东大学  热能与动力工程  Bachelor's Degree in Engineering
Purdue University, USA Mechanical Engineering School Postdoc
Malardalen University, Sweden Visiting scholar
School of Energy and Power Engineering, Shandong University Assistant Professor
山东大学能源与动力工程学院校友工作委员会秘书长
DTT group devotes to apply novel materials and new techniques to design high-efficient energy-saving devices and equipment, aiming to provide solutions for electronics and battery thermal management, the heat transfer enhancement of industry equipment, and heat recovery and utility. The research interests include the phenomena and mechanisms of heat and mass transfer at multiple scales, thermal and physical properties testing based on visualization techniques, dynamic thermal management techniques, fluid mechanics, numerical simulation, optimization theory, and applications, etc.