- Development of passive, active and reactive technologies for flow control
- Unique rapid prototyping and flow measurement capabilities
Heat and Mass Transfer Enhancement
- Fundamental research on heat and mass transfer processes
- Design of surfaces with desired heat and mass transfer properties
- Understanding and modeling multiphase flows and flows with phase change
- Atomization, microfluidics, optics and thin film processes
- Detailed understanding of reactive flows during physico-chemical conversion processes of raw materials
- In-situ measurements by advanced laser diagnostics
- Modeling and optimization of combustion processes
Static and Dynamic Wettability
- Dynamics of wetting for simple and complex liquids
- Development of mathematical models and computer tools
- Design of surfaces with desired wetting and dewetting properties