PhD Students
| Andreas Andersson, TP | Modelin and simulation of low-dimensional quantum liquids (Mats Wallin and Jack Lidmar) |
| Amin Rasam, MEK | Large-eddy simulation of wall bounded turbulent flows (Geert Brethouwer and Arne Johansson) |
| Dag Lindbo, NA | (Anna-Karin Tornberg and Olof Runborg) |
| David Tempelmann, MEK | Receptivity of 3D boundary layers using parabolized stability equations (Ardeshir Hanifi and Dan Henningson) |
| Doghonay Arjmand, NA | (Olof Runborg and Anna-Karin Tornberg) |
| Eric Brandt, TP |
Molecular dynamics simulations of biological membrande proteins (Olle Edholm and Mats Wallin) |
| Francesco Cadinu, NPS | Development of a multi-scale simulation methodology for nuclear reactor thermal hydraulic and safety analysis (Truc-Nam Dinh and Tomasz Kozlowski) |
| Guangjun Tian, TC | Applications of computational methods to melecular and nano-electronics (Yi Luo and Hans Ågren) |
| Gustavo Baldissera, MSE | (Clas Persson and Börje Johansson) |
| Hannes Meier, TP | Monte Carlo simulation of quantum liquids and solids (Mats Wallin) |
| Hanyue Zhao, MSE | (Clas Persson and Börje Johansson) |
| Henrik Holst, NA | Multiscale methods for the wave equation (Olof Runborg and Björn Engquist) |
| Jelena Popovic, NA | Numerical methods for high frequency waves (Jesper Oppelstrup and Olof Runborg) |
| Johan Ohlsson, MEK | High-order simulations of transitional and turbulent flows in complex geometries (Philipp Schlatter and Dan Henningson) |
| Jon Häggblad, NA | Computational electromagnetics (Björn Enquist and Olof Runborg) |
| Lailai Zhu, MEK | (Luca Brandt and Gustav Amberg) |
| Lili Lin, TC | (Yi Luo and Ying Fu) |
| Lorand Delczeg, MSE | Assessing different density functionals for ab-inito description of vacancies in metals (Levent V itos and Pavel Korzhavyi) |
| Ludvig af Klinteberg, NA | (Anna-Karin Tornberg and Olof Runborg) |
| Maofeng Dou, MSE | (Clas Persson and Börje Johansson) |
| Maximilian Tomac, AVE | CFD methods for predicting fluid dynamical characteristics in aircraft and yacht design (Arthur Rizzi) |
| Niclas Jansson, NA | Parallel adaptive finite element methods (Johan Jansson and Johan Hoffman) |
| Oana Wiklund, NA | Fiber suspensions in viscous fluid (Anna-Karin Tornberg and Katarina Gustavsson) |
| Peter Lenaers, MEK | Development of a DNS code for simulating turbulence in pipe flow (Geert Brethouwer, Philipp Schlatter and Arne Johansson) |
| Qaiser Waheed, TP | Systematic computational study of lipid bilayer material properties (Olle Edholm) |
| Richard Tjörnhammar, TP | Classical and quantum simulations of biosystems (Olle Edholm) |
| Rodrigo Vilela de Abreu, NA | Aeroacoustics and FSI using adaptive FEM (Johan Jansson and Johan Hoffman) |
| Rongzhen Chen, MSE | (Clas Persson and Börje Johansson) |
| Sai Duan, TC | Mechanism of surface enhanced raman spectroscopy at the nanoscale (Yi Luo) |
| Shen Li, MSE | (Clas Persson and Börje Johansson) |
| Staffan Hellström, TC | (Ying Fu and Hans Ågren) |
| Vsevolod Razumovskiy, MSE | Density functional calculations of steels and alloys (Andrei Ruban and Pavel Korzhavyi) |
| Weiwei Sun, MSE | (Rajeev Ahuja and Börje Johansson) |
| Xiaofei Li, TC |
Simulation of nano-size molecular systems with first principles methods (Yi Luo) |
| Xiuneng Song, TC | (Yi Luo and Jun Jiang) |
| Yuejie Ai, TC | (Yi Luo and Hans Ågren) |
| Zeinab Pouransari, MEK | Direct numerical simulation of turbulence wall-jet (Geert Brethouwer and Arne Johansson ) |
| Zhao Qian, MSE | (Rajeev Ahuja and Börje Johansson) |
| Zhihui Chen, TC | (Ying Fu and Hans Ågren) |
NA = Numerical Analysis, MSE = Materials Science and Engineering, TC = Theoretical Chemistry, MEK = Mechanics, AVE = Aeronautical and Vehicle Engineering, EE = Electrical Engineering, TP = Theoretical Physics, NPS = Nuclear Power Safety. Advisors are given in parentheses.
