The scope of the conference includes 
development, improvement and application of statistical 
closures, simulation methods and experimental techniques 
for complex flow conditions that are relevant to 
engineering practice; the modelling of interactions 
between turbulence and chemistry, dispersed phases and 
solid structures; and the symbiosis of modelling, 
simulation and experimental research.  

Major Themes
A) Novel modelling and simulation methods for practically 
relevant turbulent flows, including interaction with heat 
and mass transfer, combustion and multi-phase transport
B) Novel experimental techniques for flow, turbulence and 
combustion and new experimental studies and data sets
C) Innovative applications of modelling, simulation and 
experimental techniques to complex flows, industrial 
configurations and optimisation problems
D) High-speed aerodynamics, acoustics and flow control
E) Modelling, simulation and measurements of environmental 
flows