Peng Wu Email & Phone Number

Suzhou, Cn

中国 江苏省 苏州市

Suzhou, Jiangsu, China

Focus on research and teaching. Major interests includes biofluids, turbomachinery, and artificial heart.

Kreisfreie Stadt Aachen Area, Germany

Working on CFD, applied to Biomedical Engineering

Brussels Area, Belgium

Leuven,Belgium

Worked as a research associate in the fluids group in KU Leuven. The focus of the research is wall-modeled LES.

Leuven, Belgium

My doctoral research aims at developing a robust large eddy simulation (LES) technique for high-Reynolds-number wall-bounded flows. My research activities can be summarized as: Participated in the development of a parallel in-house LES code FLOWAVE using MPI and FORTRAN. Invented a conservative filtering technique to remove the odd-even decoupling. Developed a fundamental and theoretical framework as well as a self-adaptive model to solve the long persistent ‘log-layer mismatch’ for high-Re flows.  The wall-modeled LES with the new self-adaptive model has been successfully applied to channel flow and square duct flows. Future application of this techniques includes turbulent boundary layer flows and atmospheric boundary layer flows.

Heidelberg, Germany

As a research assistant, I was supported by the German Science Foundation (DFG) with the research topic 'modeling and simulation of spray process in turbulent two-phase flows'. I proposed a modified discrete droplet model to improve the prediction of the dispersion of the droplets in turbulent gas flow field.

Beijing, China

I was involved in the university strategic alliance (USA) program of GE Aircraft Engines, with a focus on turbomachinery CFD. Under the program, I participated in the development and validation of a 3D parallel solver for turbomachinery unsteady flows. I was responsible for the parallelization of the code and the treatment of the rotor/stator boundary as well as the validation of the flow solver in combination of a set of RANS models, including k-omega, k-g, S-A and k-epsilon models. In addition, the unsteady loss mechanism in the compressor is examined in terms of irreversibility.

Phd, Mechanical Engineering With A Focus On Flow Simulation (Cfd) And Turbulence Modelling (Les)

Master, Fluid Mechanics, 87/100

The title of my master thesis is "The prediction of complex turbulent flows in a compressor stage using CFD Technique".

Bachelor, Mechanical Engineering

My bachelor's study consists of four years of intensive studies on mechanical engineering in Beihang University, which is widely accepted.