Person
Qiya Shu
M. Sc. RWTH
Institute of Heat and Mass Transfer
Address
Building: 1225
Room: 307
Augustinerbach 6
52056 Aachen
Functions and Competences
Personal skills
- Numerical Fluid Dynamics (CFD)
- MATLAB analysis for fluid and heat transfer
Fields of application
- Nanofluids
- Heat exchange system for car battery
Current projects
- MobilEM - Investigation of Heat Transfer Enhancement by Hybrid Nanofluids through Numerical Methods with Validations
Publications
| Title | Author(s) |
|---|---|
| LBM-DEM-FEM coupling model : an efficient FSI method to investigate convective heat transfer through non-spherical particle suspensions with particle rotations Abstract (2021) | Shu, Qiya Pan, Lin Kneer, Reinhold Rohlfs, Wilko |
| HEATQUIZ: From a Digital Teaching Application to an Alternative Large-Scale Online Examination Tool During the COVID-19 Pandemic Contribution to a book, Contribution to a conference proceedings (2021) | Rohlfs, Wilko (Corresponding author) Alarouri, Mohanad Askarizadeh Ravizi, Hossein Axt, Christian Ferreira Motta Barbosa, Luis Felipe Bieber, Malte Cammiade, Liam Maurice Francis Göttlich, Tim Gövert, Benjamin Maximilian Grunewald, Mathias Michael Engelbert Helmig, Thorsten Karakus, Hacer Koch, Matthias Maßmeyer, Anna Lisa Niehoff, Martin Pielsticker, Stefan Pour Karimi, Atefeh Rietz, Manuel Schumacher, Leif Shu, Qiya Stöckermann, Manuel Süß, Henriette Kneer, Reinhold |
| Influence of high shear on the effective thermal conduction of spherical micro- and nanoparticle suspensions in view of particle rotation Journal Article (2021) | Shu, Qiya Kneer, Reinhold Rohlfs, Wilko (Corresponding author) |
| Influence of high shear on the effective thermal conduction of nanofluids in view of the particle rotation Abstract, Contribution to a conference proceedings (2021) | Shu, Qiya Kneer, Reinhold Rohlfs, Wilko |
| Influence of High Shear Induced Particle Rotation on Effective Thermal Conductivity of Nanofluids Poster (2021) | Shu, Qiya (Corresponding author) Kneer, Reinhold Rohlfs, Wilko |