Y Yunfan Huang
Yunfan Huang

Ph.D. · Tsinghua · 2025

Yunfan Huang黄云帆

Ph.D. · Engineering Mechanics · Tsinghua University

My research interests lie on the interdisciplinary multiphysical hydrodynamic transport at micro-/nanoscale, covering physico-chemical and electromechanical hydrodynamics. Typical systems include electrokinetics at electrolyte solution interface and electron hydrodynamics in 2D pure conductors. The perspectives of kinetic theory and multiscale modeling are taken. Simulation and/or experiment are conducted when necessary

Mechanics Condensed Matter Physics Computational Physics Mechanical Engineering Chemical Engineering

Research interests

Five directions under the theme of multiphysical hydrodynamic transport at multi-scales

PCH
Physico-Chemical Hydrodynamics at micro-/nano-scale, e.g. electrokinetic transport
QH
Quantum Hydrodynamics in solids, e.g. electrons and phonons
AM
Atomic Migration in multiphase solid media, e.g. electro- and thermomigration
CF
Complex Flows in porous media, e.g. particles and emulsions
MS
Modeling and Simulation of multiphysical hydrodynamic transport, kinetic and multiscale

Services

Referee for Journal of Colloid and Interface Science

Portfolio

General physical picture
  • 2025·02Electrokinetic multiphase hydrodynamics: An overview PDF
  • 2025·04Complex hydrodynamics: From single paradigms to X-paradigm PDF
Academic figures
  • 2016·11Academic Dao: A Review of Shing-Tung Yau PDF
  • 2023·12Lars Onsager: A lifetime of symmetry & structure PDF
Heuristic tutorial
  • 2024·01An introduction to mass transfer PDF
  • 2024·11Historical overview of osmotic pressure PDF
  • 2024·12Electrokinetics of two-liquid interface PDF

Education & Experience

2019 — 2025
Ph.D. · Engineering Mechanics, Tsinghua University
Supervisor: Prof. Moran Wang
Dissertation: Electrokinetic transport mechanisms of immiscible liquid-liquid interface PDF
2015 — 2019
B.E. · Engineering Mechanics (Tsien Excellence in Engineering Program), Tsinghua University
Supervisor: Prof. Moran Wang
Thesis: Electron hydrodynamics in micro-/nano-scale low-dimensional materials Main PDF / Supplement

Selected Experiences

2021 — 2023 (Fall)
Teaching Assistant · Heat and Mass Transfer
Prof. M. Wang, Tsinghua University
2018 (Fall)
Visiting Student · School of Mechanical Engineering
Prof. S.T. Wereley, Purdue University
2018 (July)
Programme Participant · Airbus Airnovation Summer Academy
Selected as 1 of 40 participants, Cranfield University

Honors & Awards

Publications

Peer-reviewed papers, preprints, and selected conference contributions

Review papers

Research papers (first / co-first author)

Research papers (co-authored)

Conferences

PCH Oral · accepted in Chinese

Ion concentration polarization effect in electrophoresis of highly charged dielectric droplet

Y.F. Huang and M. Wang*

CCTAM 2025 · Changsha, China · 2025·08. Accepted [in Chinese]

2025
PCH Oral in Chinese

Measurement of liquid-liquid interfacial charge based on streaming potential

Y.F. Huang and M. Wang*

NCFluid 2022 · Xi'an, China · 2022·11. [in Chinese]

2022
QH Oral · paper in Chinese

Hydrodynamics of low dimensional electron transport at micro-nanoscales

Y.F. Huang and M. Wang*

CCTAM 2019 · Hangzhou, China · 2019·08. [in Chinese]

2019