GAZILAB · FLUID MECHANICS
Understanding turbulent flows.
Controlling what matters.
Experimental fluid mechanics, turbulence, active flow control and data-driven methods for complex shear flows.
BOUNDARY LAYER
From measurement
to physical insight.
GaziLab develops experimental and data-driven approaches to investigate turbulent shear flows and their control. We combine high-resolution flow measurements, reduced-order modelling and machine learning to reveal the mechanisms governing complex flows.
Our research areas →What we investigate
Turbulence &
shear flows
Physics of turbulent boundary layers and complex shear flows.
↗ 02Active flow
control
Micro-blowing and other strategies for modifying near-wall flow.
↗ 03Experimental
measurements
PIV, HFSB, STB, HWA, LDA and advanced flow diagnostics.
↗ 04AI & data-driven
methods
Physics-informed learning, POD, reconstruction and prediction.
↗Measurements that resolve the physics.
Our experimental work combines laboratory-scale flow facilities with advanced optical and non-intrusive measurement techniques to quantify mean and fluctuating flow fields.
Explore our facilities →Selected research
COLLABORATE WITH GAZILAB