|
|
Huanhuan Tian,
Master Candidate Department
of Engineering Mechanics Tsinghua
University Beijing
100084, China E-mail:
thh15@mails.tsinghua.edu.cn |
Education
|
2015-present |
Master
study, Department of Engineering Mechanics, Tsinghua University Supervisor:
Prof. Moran Wang |
|
2011-2015 |
B.S.
with highest honor, Department of Engineering Mechanics, Tsinghua University GPA:
93/100 |
Internship
Basic
understanding of direct current enhanced oil recovery. PetroChina research institute of
petroleum exploration and development, Beijing, China, Jul. 2014.
Research Interests
Electrostatics
and electrokinetic transport
Liquid-liquid
interface and wettability
Crude
oil-brine-rock interaction
Enhanced
oil recovery: low salinity waterflooding etc.
Numerical
methods: molecular dynamics simulation
Honors and awards
|
2016 |
Sijimuge
Scholarship |
|
2015 |
2nd
prize of Tsinghua student scientific training program |
|
2015 |
Beijing
excellent graduate |
|
2015 |
Tsinghua
excellent graduate |
|
2014 |
129
scholarship |
|
2013 |
National
Endeavor Scholarship |
|
2012 |
National
Endeavor Scholarship |
Publications
In Journal
1. Tian,
H., Zhang, L., & Wang, M*. Applicability of Donnan equilibrium theory
at nanochannel-reservoir interfaces, Journal
of Colloid and Interface Science, 452: 78-88, 2015
Figure
1. A diagram of nanochannel assembly.
(a) The nanochannel network. (b) The details of one channel, forming a typical
reservoir-nanochannel-reservoir system. The left is inlet (I) and the other is
outlet (O) of the channel.
2. Tian,
H., Huang, W., Li, M., & Wang, M*. Critical Size of Continuum Theory Applicability
for Single-Phase Liquid Flow in Nanochannel. Journal of Nanoscience
and Nanotechnology, 17(9), 6149-6158, 2017
Figure
2. Front view (along z axis) of part of walls constructed by (a) pure
-quartz
and (c) hydroxylated 
-quartz, and the
comparison between MD results and classical solution of Poiseuille
flow for water flow in these two kinds of walls (b)(d).
3. Tian,
H., Wang, M*. Molecular dynamics for ion-tuned wettability in oil-brine-rock
system. AIP advances. 7: 125017, 2017
4. Tian,
H., Wang, M*. Electrokinetic mechanisms of ion-tuned wettability in
oil-brine-rock systems. Surface
Science Reports. 72:
369-391, 2017
5. H. Tian, F.L. Liu, X. Jin, M.
Wang*. Competitive effects of interfacial interactions on ion-tuned wettability
by atomic simulations. Journal of
Colloid and Interface Science 540: 495-500, 2019
In Conference
1. Tian,
H., Zhang, L., & Wang, M. Applicability of Donnan equilibrium theory at
nanochannel-reservoir interfaces. Annual National Conference of Engineering
Thermodynamics, Oct. 2014, Xian, China. (Poster)
2. Tian,
H. & Wang, M. Contribution of electrical double layer repulsion to
wettability alteration: from pore scale to molecular scale. 9th
International Conference on Porous Media & Annual Meeting, May. 2017,
Rotterdam, the Netherland. (Oral & Poster)