Table 1.

Flow velocities predicted, and obtained from high-speed data and tracker program inside droplet.

Particle #	X (mm)	Y (mm)	Experiment V (m/s)	Simulation V (m/s)
1	1.273456	0.4675	0.0008	0.0008
2	1.058540	0.7434	0.0115	0.0017
3	0.843624	1.0193	0.0207	0.0177
4	0.628708	1.2952	0.0307	0.0396
5	0.413792	1.5711	0.0343	0.0401
6	0.198876	1.8470	0.0340	0.0269
7	− 0.01604	2.1229	0.0332	0.0252
8	− 0.230956	2.3988	0.0345	0.0392
9	− 0.445872	2.0129	0.0387	0.0482
10	− 0.660788	1.6270	0.0455	0.0438
11	− 0.875704	1.2411	0.0489	0.0389
12	− 1.09062	0.8552	0.0521	0.0508
13	− 0.855704	0.4693	0.0539	0.0635
14	− 0.620788	0.0834	0.0528	0.0571
15	− 0.385872	-0.3025	0.0528	0.0446
16	− 0.150956	-0.6884	0.0546	0.0478

Droplet volume is 20 µL, inclination angle is α = 10°, wedge angle is Φ = 90°.