Systems Theory and Evidence-Based Decision-Making as Keys for Arbitrating between Optimal Production and Efficient Maintenance: A Case Study

Table 6

Table of the optimal solution to problem (P).

Basic variables		x 1	x 2	x 3	z	Right-hand side (Bi)
L′1(pivot)	x1	1	0	1/1520	0	315/19
L′ 2(pivot)	x2	0	1	1/1520	0	315/19
L″3 = L′3 − L′2(pivot) ∗ 300	z	0	0	−17/38	1	6300 + 315/19 = 11273, 68421 USD (given it is a maximization problem)