Table 2. Orthogonal experimental design... | Emerald Publishing

Table 2.

Orthogonal experimental design and law exploration of air-makeup volumetric rate with the variable UTLT height

No.	Tunnel height: m	HRR: MW	Exhaust rate (⁠ $Q_{exhaust})$ ⁠: $m^{3} / s$	Supply rate (⁠ $Q_{supply})$ ⁠: $m^{3} / s$	TFSL: m
S1	5.2	3	3.6	20.66	360
S2	5.2	11.5	6.8	31.5	456
S3	5.2	20	10	44.4	440
S4	5.6	11.5	3.6	22.3	614
S5	5.6	20	6.8	34.5	578
S6	5.6	3	10	32.383	250
S7	6	20	3.6	26.43	761
S8	6	3	6.8	28.614	291
S9	6	11.5	10	44.7051	434

No.	Tunnel height: m	HRR: MW	Exhaust rate ( $Q_{exhaust})$ : $m^{3} / s$	Supply rate ( $Q_{supply})$ : $m^{3} / s$	TFSL: m
S1	5.2	3	3.6	20.66	360
S2	5.2	11.5	6.8	31.5	456
S3	5.2	20	10	44.4	440
S4	5.6	11.5	3.6	22.3	614
S5	5.6	20	6.8	34.5	578
S6	5.6	3	10	32.383	250
S7	6	20	3.6	26.43	761
S8	6	3	6.8	28.614	291
S9	6	11.5	10	44.7051	434