Lehrstuhl
- Startseite
- Aktuelles
- Lehrstuhl
- Anschrift & Kontakt
- Anfahrt
- Ziele & Aufgaben
- Geschichte
- Mitarbeiter
- Jennifer Bergmann
- Daniel Bellaire
- Michael Bortz
- Christian Breitkreuz
- Tanja Breug-Nissen
- Kirsten Brunn
- Angelo Damone
- Maximilian Dyga
- Anne Friebel
- Nadia Galeotti
- Oliver Großmann
- Hans Hasse
- Michaela Heier
- Nicole Hevert
- Fabian Jirasek
- Alexander Keller
- Elmar Kessler
- Raphael Kircher
- Maximilian Kohns
- Jannette Kreußer
- Aditya Kulkarni
- Kai Langenbach
- Martin Lautenschläger
- Marlies Mangold
- Gerd Maurer
- Silvie Müller
- Kerstin Münnemann
- Dominik Schäfer
- Luciana Ninni Schäfer
- Thomas Specht
- Ellen Steimers
- Ilona Stein
- Simon Stephan
- Eckhard Ströfer
- Truong Q. Vo
- Ehemalige Mitarbeiter
- Auszeichnungen
- Intranet
- Lehre
- Forschung
- Publikationen
- Links
- Stellenangebote
Truong Q. Vo

Scientific Staff
Dr. Truong Q. Vo
Department of Mechanical and Process Engineering
Laboratory of Engineering Thermodynamics
University of Kaiserslautern
Erwin-Schrödinger-Straße 44
Building 44/521
67663 Kaiserslautern (Germany)
Tel.: +49(0)631 205-3216
Fax: +49(0)631 205-3835
E-Mail: truong.vo[at]mv.uni-kl.de
Personal homepage: https://sites.google.com/site/truongqvophd/
Project Description
Interfacial thermal resistance (ITR) plays a crucial role in nano-scale device components and surrounding/confined fluid. The behaviors and reliability of such devices strongly depend on the way the systems dissipate heat, low ITR makes system possible to reduce heat losses. Hence, I investigate the ITR under the effects of nanodomains. At LTD, my research is mostly focused on solid/liquid interfaces.
I perform atomistic simulations to observe the different physics between nanoflows and classical fluid transport theories. I also check the validity and limitations of the continuum hypothesis. At atomic-scales, the interface/surface forcefield becomes significant and highly affects the flow behaviors due to the very high-surface-to-volume-ratio. Density fluctuations (including peaks and valley) and apparent enhanced-viscosity are typically observed at such small scales. Therefore, the interface effects are treated via modified boundary conditions.
|
Student Projects
|
Hiwi-Jobs
|
Tutoring / Consulting Hours
Publications / Presentations / Poster
Publications
|
Presenstations
|
Posters
|
Education and Career
09.2017 - present | Postdoctoral Researcher, Lehrstuhl für Thermodynamik (LTD), Technische Universität Kaiserslautern, Kaiserslautern, Germany |
09.2013 - 08.2017 | Combined M.Sc. and Ph.D., University of Ulsan, Ulsan, South Korea |
09.2007 - 05.2012 | B.Sc., University of Technology and Education, Sai Gon, Vietnam |