My education
2008
-
2011
ph.d. (alm.)
Danmarks Tekniske Universitet - DTU
Upscaling of multiphase flow in porous medium petroleum reservoir
Subject description:
This Ph.d project produces a semi-analytical method for simulating layered petroleum reservoir. Mass balance is the central method. It involves gravity effect on the behaviors of fluids with different density. Besides, two models, with gravity effect and without gravity effect, for simulation in COMSOL are also developed.
Numerical calculation is implemented in Matlab and Fortran. Stability and accuracy of the methods are analyzed. Microsoft Excel is used to analyze data from petroleum reservoir, including calculation on thermal-dynamic properties of petroleum.
Subject description:
This Ph.d project produces a semi-analytical method for simulating layered petroleum reservoir. Mass balance is the central method. It involves gravity effect on the behaviors of fluids with different density. Besides, two models, with gravity effect and without gravity effect, for simulation in COMSOL are also developed.
Numerical calculation is implemented in Matlab and Fortran. Stability and accuracy of the methods are analyzed. Microsoft Excel is used to analyze data from petroleum reservoir, including calculation on thermal-dynamic properties of petroleum.
Educational area:
Naturvidenskab
Period:
oktober 2008
-
november 2011
2006
-
2008
MSc, Engineering
Syddansk Universitet (SDU)
Master of mechatronics
Description of master project:
Differential geometry theorem is used to model the structural mechanics of the bending of a nanowire in nano-generator. The expressions of strain and stress are derived. The deformation of nanowire and the electrical potential predicted by this model fit well with that by 3D simulation in COMSOL. Numerical calculation is implemented in Matlab. In addition, twisting of nanowire is simulated in COMSOL, as comparison of bending. Bending is more effective for nano-generator to produce electrical potential.
Others:
Use Matlab Simulink to simulate dynamic system. Use Laplace transform to solve PID control system. Embedded software design, programming in C++
Description of master project:
Differential geometry theorem is used to model the structural mechanics of the bending of a nanowire in nano-generator. The expressions of strain and stress are derived. The deformation of nanowire and the electrical potential predicted by this model fit well with that by 3D simulation in COMSOL. Numerical calculation is implemented in Matlab. In addition, twisting of nanowire is simulated in COMSOL, as comparison of bending. Bending is more effective for nano-generator to produce electrical potential.
Others:
Use Matlab Simulink to simulate dynamic system. Use Laplace transform to solve PID control system. Embedded software design, programming in C++
Educational area:
Naturvidenskab
Period:
september 2006
-
juli 2008
My work experience
My skills and abilities
Skills
anaconda
azure dev data analysis & machine learning time series
bayesian model
c++
comsol
confidence interval programming python
detr
docker cloud: azure machine learning studio
endoscopy video
end-to-end object detection (x-ray image
excel
finite element statistics: weibull distribution
fourier transform
heat transfer
hypothesis testing
jupyter it git
laplace transform
linear /nonlinear regression
linux commands
mathematical modeling
matlab
moisture drying mathematics numerical methods: finite difference
ordinary image) certificate iso vibration analysis cat ii
parallel computing
physics: fluid mechanics on micro and macro level
porous medium
power bi
pytorch
rest
solid mechanics
sql
vae (variational auto encoder) computer vision opencv
vibration monitoring
vs code
yolo
Skills at working proficiency
dansk
engelsk
kinesisk
My preferences
Job type
Fuldtidsjob
Work areas
Data & Analyse
Forskning & Udvikling
IT - Software
Location
Sydvestjylland (Esbjerg)
Sønderjylland
Salary
60.000 DKK / month
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