2004, Vol.7, No.1, pp.61-68
The paper extends the Classical Economic Lot
Scheduling Problem (ELSP) to the case of a volume flexible
manufacturing system in which
the production rate constitutes Regulartime Product and
Overtime Product. It is also assumed that (i) the demand rate is
stock-dependent and (ii) the stock undergoes decay or
deterioration over time at a constant rate. The associated
constrained Maximization Problem is solved numerically by using
the Interior Penalty Function Method for a given set of
parameter values to obtain the near-optimal solution.
Key words:
volume flexible manufacturing system, deteriorating
item, regulartime product, overtime product,
stock-dependent demand rate, constrained optimization
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