In the development of synthetic jet actuators (SJAs) for active flow control, numerical
simulation has played an important role. In controlling the boundary layer flow separation …

Boundary layer measurements have been made on the concave surfaces of two constant
curvature blades using hot wire anemometry. All the current experiments were performed …

This thesis documents complementary experimental and computational studies aimed at
identifying the physical mechanisms associated with laminar-to-turbulent transition in …

This paper reports preliminary results of simulating a synthetic jet interacting with the
boundary layer flow in laminar separation. The numerical model development aimed to …

Boundary layer measurements have been made on the concave surfaces of two constant
curvature blades using hot wire anemometry. All the current experiments were performed …

The flow field experimentally realized by the wind tunnel for the investigation of the control of
boundary layer separation by synthetic jets is numerically modelled. Results of the …

Turbulence schemes have long been developed and examined for their accuracy and
stability in variety of environments. While many flows work with disturbed turbulence …

To get further insight in the capabilities of modern, commercial, CFD-codes for the prediction
of leading edge separation a combined numerical and experimental study was performed …

Turbulence schemes have long been developed and examined for their accuracy and
stability in a variety of environments. While many industrial flows are highly turbulent …

Turbulence models have long been developed and examined for their accuracy and stability
in variety of environments. While many flows work with excited turbulence intensity, models …