Applications

• Industrial, environmental, biological and bio-medical flows
• Unsteady and compressible flows, transition, turbulence, aero-acoustics, aero-elasticity
• Multiphase and granular flows
• Heat and mass transfer, chemical reactions, combustion

Methods and Techniques

• Quantitative velocimetry (PIV, PTV, LPT, MTV)
• Refractive techniques (Schlieren, shadowgraphy, interferometry and BOS)
• Thermal and pressure imaging (QIRT, liquid crystals, PSP)
• Special flow sensing and imaging (X-ray, MRI, PET)
• Measurements of multidimensional flow properties: velocity, vorticity, pressure, temperature, density, concentration, etc.

Data analysis and visualization

• Pattern recognition, feature classification, modal decomposition
• Data assimilation, physics informed reconstruction, data fusion
• Machine learning techniques applied to flow visualization
• Advanced rendering for multidimensional data sets