Name: | Dong-Hyuk Shin |
---|---|
Affiliation: | The University of Edinburgh |
E-mail: | only provided to users who are logged into UoE seminar site |
Last login: | 2019-05-10 12:37:10 |
Public lists managed by Dong-Hyuk Shin
Talks given by Dong-Hyuk Shin that are known to this site:
NO TALKS FOUND
Talks organised by Dong-Hyuk Shin:
This list is based on what was entered into the 'organiser' field in a talk. It may not mean that Dong-Hyuk Shin actually organised the talk, they may have been responsible only for entering the talk into the University Seminar Site system.
- State-of-art modelling for turbulent reacting flows toward clean combustion engines
- Holography in multi-phase flows: an improvement in spatial dynamic range and a (potentially) new application
- Novel perspectives on the modelling of combustion dynamics in thermo-acoustic systems
- Coarse Graining and Molecular Dynamics Simulation
- The troubles with nanobubbles: a rapidly expanding field or just hot air?
- From Jumping Molecules to Jumping Droplets: How Nature Removes the Singularity in Droplet Coalescence
- Effect of thermal boundary conditions at the microscale: A means for flow generation and control
- Experiment and Simulation Study on the Effect of Spray Droplets Impact on the Coating Wall of Bipropellant Aeroengine
- Imbibition and evaporation on surfaces with topography and porous coatings
- High Pressure Hybrid Rotational femto-second/pico-second Anti-Stokes Raman Scattering Spectroscopy
- Laser diagnostics in reactive flows: Fluorescence & hybrid rotational coherent anti-Stokes Raman spectroscopy (HRCARS)
- Recent Advances in Dropwise Condensation, Droplet Evaporation and Hygroscopic Droplet Growth
- Rarefied gas dynamics and its applications
- Modelling of turbulent reacting flows: unsteady turbulent jet and flamelet approach
- Kinetic Theory Modelling of Liquid-Vapour flows at the Micro/Nano Scale
- An alternative approach for the simulation of viscous fluid flows
- Multiscale modeling for hypersonic rarefied flows
- Light Amplification by Stimulated Emission of Radiation
- Lattice Boltzmann study of rarefied gas flows in curved geometries using the vielbein formalism
Talks created by Dong-Hyuk Shin:
- State-of-art modelling for turbulent reacting flows toward clean combustion engines
- Holography in multi-phase flows: an improvement in spatial dynamic range and a (potentially) new application
- Novel perspectives on the modelling of combustion dynamics in thermo-acoustic systems
- Coarse Graining and Molecular Dynamics Simulation
- The troubles with nanobubbles: a rapidly expanding field or just hot air?
- From Jumping Molecules to Jumping Droplets: How Nature Removes the Singularity in Droplet Coalescence
- Effect of thermal boundary conditions at the microscale: A means for flow generation and control
- Experiment and Simulation Study on the Effect of Spray Droplets Impact on the Coating Wall of Bipropellant Aeroengine
- Imbibition and evaporation on surfaces with topography and porous coatings
- High Pressure Hybrid Rotational femto-second/pico-second Anti-Stokes Raman Scattering Spectroscopy
- Laser diagnostics in reactive flows: Fluorescence & hybrid rotational coherent anti-Stokes Raman spectroscopy (HRCARS)
- Recent Advances in Dropwise Condensation, Droplet Evaporation and Hygroscopic Droplet Growth
- Rarefied gas dynamics and its applications
- Modelling of turbulent reacting flows: unsteady turbulent jet and flamelet approach
- Kinetic Theory Modelling of Liquid-Vapour flows at the Micro/Nano Scale
- An alternative approach for the simulation of viscous fluid flows
- Multiscale modeling for hypersonic rarefied flows
- Light Amplification by Stimulated Emission of Radiation
- Lattice Boltzmann study of rarefied gas flows in curved geometries using the vielbein formalism