Numerical Simulation of Falling Liquid Film Flow on a Vertical Plane by Two-Phase Lattice Boltzmann Method

Table 1

Parameters for computation.

	Re = 5	Re = 8	Re = 20	Re = 20.1
ℎ0,P/mm	0.115	0.135	0.183	0.184
𝑢0,P/(mm/s)	43.50	59.51	109.5	109.9
𝐻P/mm	0.578	0.676	0.917	0.919
𝐿P/mm	115.5	135.2	183.3	183.8
𝑡0,P/s	2.655	2.272	1.674	1.672
ε	0	0	0	0.05
𝐹/(1/s)	0	0	0	45
𝑔P/(m/s^2)	2.452	2.452	4.660	4.415
Ka/10^−3	28.58	3.544	0.050	0.049
𝛽/°	90.0
𝜈F,P/(m^2/s)	1.004809 × 10^−6
𝐺	−120.0
𝐺ads	−187.16
𝜌F/(mu/lu^2)	528.8
𝜌G/(mu/lu^2)	86.4
𝜎/(mu lu/ts^2)	14.33