Thermocouple and PIV-measurements

The Tables were used in: Abdrakhmanov R.Kh, Boyarshinov B.F., Thermal and Dynamic Flame Structure of Ethanol Combustion in a Boundaty Layer near Barrier // CE&SW, 2015, and another ones.
Tu =1% - turbulence intensity;
x, y (mm) - longitudinal and transverse coordinates;
U, U', (m/s) - longitudinal averaged velocity and its RMS pulsations;
 jW (kg/s/m2) - ethanol flux at the wall;
h - (mm) - height of obstacle.
 
Table 2-1. Burning. 10 mm behind of Rib.
Table 2-2. Burning. 20 mm behind of Rib.
Table 2-3. Burning. 30 mm behind of Rib.
Table 2-4. Burning. 40 mm behind of Rib.
Table 2-5. Burning. 60 mm behind of Rib.
Table 2-6. Burning. 80 mm behind of Rib.
Table 2-7. Burning. 100 mm behind of Rib.
Table 2-8. Burning-free. 10 mm behind of Rib.
Table 2-9. Burning-free. 20 mm behind of Rib.
Table 2-10. Burning-free. 30 mm behind of Rib.
Table 2-11. Burning-free. 40 mm behind of Rib.
Table 2-12. Burning-free. 60 mm behind of Rib.
Table 2-13. Burning-free. 80 mm behind of Rib.
Table 2-14. Burning-free. 100 mm behind of Rib.
Table 2-15. Burning. 10 mm behind of back-facing step.
Table 2-16. Burning. 20 mm behind of back-facing step.
Table 2-17. Burning. 30 mm behind of back-facing step.
Table 2-18. Burning. 40 mm behind of back-facing step.
Table 2-19. Burning. 60 mm behind of back-facing step.
Table 2-20. Burning-free. 10 mm behind of back-facing step.
Table 2-21. Burning-free. 20 mm behind of back-facing step.
Table 2-22. Burning-free. 30 mm behind of back-facing step.
Table 2-23. Burning-free. 40 mm behind of back-facing step.
Table 2-24. Burning-free. 60 mm behind of back-facing step.