Table 6 Optimal result with β = 0.5... | Emerald Publishing

Table 6

Optimal result with $β$ = 0.5

Optimal solution	Z1 (minutes)	Z2 ($)	Z3 (kilometers)
	1,794.73	219,383.60	7,065.42
Total factor	Scenario 1	Scenario 2	Scenario 3
Total time (minutes)	1,738.12	1,808.61	1,993.36
Total transportation cost ($)	81,988.56	169,289.90	769,364.90
Total evacuation distance (kilometers)	1,831.06	5,273.47	31,578.17
*Total demand*
Item 1	2,267	3,830	12,252
Item 2	2,267	3,830	12,252
*Total demand at shelters*
Item 1	132	379	2,260
Item 2	132	379	2,260

Optimal solution	Z1 (minutes)	Z2 ($)	Z3 (kilometers)
	1,794.73	219,383.60	7,065.42
Total factor	Scenario 1	Scenario 2	Scenario 3
Total time (minutes)	1,738.12	1,808.61	1,993.36
Total transportation cost ($)	81,988.56	169,289.90	769,364.90
Total evacuation distance (kilometers)	1,831.06	5,273.47	31,578.17
Total demand
Item 1	2,267	3,830	12,252
Item 2	2,267	3,830	12,252
Total demand at shelters
Item 1	132	379	2,260
Item 2	132	379	2,260

Source(s): Authors’ own work