A multiscale numerical approach to investigate interfacial mass transfer in three phase flow: application to metallurgical bottom-blown ladles

Open Access

Table 1

Numerical values of the geometrical parameters and physical properties for the two ladles in analysis.

Variable	Units	Kim & Fruehan	Joubert et al.	Variable	Units	Kim & Fruehan	Joubert et at
h_w	cm	42.4	20.0	h_o	cm	43.7	20.7
L_d	cm	56.0	27.0	d_m	mm	4.76	7.90
R_b	cm	27.8	/	a		87.5Â°	/
$ρ_{a}$	kg/m³	12.25	12.25	$μ_{a}$	Pa⋅ s	1.85e⁻⁵	1.85e⁻⁵
$ρ_{w}$	kg/m³	998	998	$μ_{w}$	Pa⋅ s	1.002e⁻³	1.002e⁻³
$ρ_{o}$	kg/m³	886	920	$μ_{o}$	Pa⋅ s	3.34e⁻²	7.90e⁻²
$σ_{aw}$	N/m	7.2e⁻²	7.2e⁻²	$σ_{ao}^{1}$	N/m	3.17e⁻²	3.17e⁻²
$σ_{wo}$	N/m	1.81e⁻²	2.55e⁻²	P		350	350
D_w	M²/s	6.8e⁻¹⁰	6.8e⁻¹⁰	$D_{o}^{1}$	m²/s	6.8e⁻¹²	6.8e⁻¹²

¹In the Kim & Fruehan paper the values for σ_ao and D_o are not reported, so we have used the same value for both cases.

Current usage metrics show cumulative count of Article Views (full-text article views including HTML views, PDF and ePub downloads, according to the available data) and Abstracts Views on Vision4Press platform.

Data correspond to usage on the plateform after 2015. The current usage metrics is available 48-96 hours after online publication and is updated daily on week days.

Initial download of the metrics may take a while.