The purpose of the study is to proposed a model for predicting the charging/discharging rate of a heat starge system.
04/2018
Um-habilitation (transfer of habilitation)
Center of Applied Space Technology and Microgravity (ZARM), University of Bremen, Germany.
venia legendi: Fluid mechanics
12/2014
Habilitation (professor qualification in Germany)
Institute of Thermo-fluid Dynamics, Hamburg University of Technology, Germany.
venia legendi: Thermo-fluid dynamics
Habilitation seminar: ?Skin friction drag reduction methods, state of the art?
Habilitation dissertation: [on request]
06/2002
PhD and Master
Department of Thermal Engineering, Tsinghua university, P. R. China.
PhD dissertation: [on request]
07/1996
Bachelor
Department of Thermal Engineering, Harbin Institute of Technology, P. R. China
Biography
I received my PhD at Department of Thermal Engineering, Tsinghua Uni. in 2002 . In 2014, I finished my h abilitation in t hermo fluid d ynamics at Hamburg University of Technology. My teaching and research interests cover broadly fluid mechanics, heat /mass transfer chemical reaction, and thermodynamics. Through my research, I proposed t he ?pore scale prevalence hypothesis (PSPH)? for turbulence in porous media; the ?parameter extension simulation (PES)? method for simulating turbulent flows; and the ?exergy transformation number? for assessing losses in gas turbines. In 2017 I was award ed the title of ?DFG Heisenberg Fellow for my research in fluid mechanics.
Research interests
Skills
Highlights of capabilities
Work Experience
08/2017 - today
Role: Heisenberg fellow / group leader of ?multi-scale modeling and simulation?
Customer: ZARM, University of Bremen, Germany
Tasks:
03/2009 - 07/2017
Role: Lecturer / group leader of ?numerical simulation?
Customer: Institute of Thermo-fluid Dynamics, Hamburg University of Technology, Germany
Tasks:
03/2008 - 03/2009
Role: Post doctor
Customer: Department of Chemical Engineering, Monash University, Australia
Tasks:
Drying process of milk droplets (Diary Innovation Australia): multiphase flow; Euler-Lagrange method; spray dryer
03/2007 - 03/2008
Role: Post doctor
Customer: Department of Mechanical and Aeronautical Engineering UC Davis, USA
Tasks:
Combustion of liquid n heptane droplet s NASA )): mu ltiphase flow; VOF method.
04/2003 - 03/2007
Role: Post doctor
Customer: Institute of fluid dynamics, Munich University of Technology, Germany
Tasks:
05/2002 - 03/2003
Role: Software engineer, Hi-key Tech
Customer: Fluent Company, P. R. China
Teaching experiences (lectures)
2019 - today
Applied numerical fluid mechanics, Uni. Bremen, since 2019
2018
Angewandte Strömungsmechanik, Uni. Bremen, 2018
2012 - 2017
Special topics on fluid dynamics, TU Hamburg Harburg, 2012
2016 - 2017
Turbulent flows and modeling, TU Hamburg Harburg, 2016
2011
Turbulence modeling / Computational fluid dynamics, TU Hamburg Harburg, 2011
Honors, publication List: on request
The purpose of the study is to proposed a model for predicting the charging/discharging rate of a heat starge system.
04/2018
Um-habilitation (transfer of habilitation)
Center of Applied Space Technology and Microgravity (ZARM), University of Bremen, Germany.
venia legendi: Fluid mechanics
12/2014
Habilitation (professor qualification in Germany)
Institute of Thermo-fluid Dynamics, Hamburg University of Technology, Germany.
venia legendi: Thermo-fluid dynamics
Habilitation seminar: ?Skin friction drag reduction methods, state of the art?
Habilitation dissertation: [on request]
06/2002
PhD and Master
Department of Thermal Engineering, Tsinghua university, P. R. China.
PhD dissertation: [on request]
07/1996
Bachelor
Department of Thermal Engineering, Harbin Institute of Technology, P. R. China
Biography
I received my PhD at Department of Thermal Engineering, Tsinghua Uni. in 2002 . In 2014, I finished my h abilitation in t hermo fluid d ynamics at Hamburg University of Technology. My teaching and research interests cover broadly fluid mechanics, heat /mass transfer chemical reaction, and thermodynamics. Through my research, I proposed t he ?pore scale prevalence hypothesis (PSPH)? for turbulence in porous media; the ?parameter extension simulation (PES)? method for simulating turbulent flows; and the ?exergy transformation number? for assessing losses in gas turbines. In 2017 I was award ed the title of ?DFG Heisenberg Fellow for my research in fluid mechanics.
Research interests
Skills
Highlights of capabilities
Work Experience
08/2017 - today
Role: Heisenberg fellow / group leader of ?multi-scale modeling and simulation?
Customer: ZARM, University of Bremen, Germany
Tasks:
03/2009 - 07/2017
Role: Lecturer / group leader of ?numerical simulation?
Customer: Institute of Thermo-fluid Dynamics, Hamburg University of Technology, Germany
Tasks:
03/2008 - 03/2009
Role: Post doctor
Customer: Department of Chemical Engineering, Monash University, Australia
Tasks:
Drying process of milk droplets (Diary Innovation Australia): multiphase flow; Euler-Lagrange method; spray dryer
03/2007 - 03/2008
Role: Post doctor
Customer: Department of Mechanical and Aeronautical Engineering UC Davis, USA
Tasks:
Combustion of liquid n heptane droplet s NASA )): mu ltiphase flow; VOF method.
04/2003 - 03/2007
Role: Post doctor
Customer: Institute of fluid dynamics, Munich University of Technology, Germany
Tasks:
05/2002 - 03/2003
Role: Software engineer, Hi-key Tech
Customer: Fluent Company, P. R. China
Teaching experiences (lectures)
2019 - today
Applied numerical fluid mechanics, Uni. Bremen, since 2019
2018
Angewandte Strömungsmechanik, Uni. Bremen, 2018
2012 - 2017
Special topics on fluid dynamics, TU Hamburg Harburg, 2012
2016 - 2017
Turbulent flows and modeling, TU Hamburg Harburg, 2016
2011
Turbulence modeling / Computational fluid dynamics, TU Hamburg Harburg, 2011
Honors, publication List: on request