Results (
Thai) 1:
[Copy]Copied!
Let λ0 ¼ 200; n ¼ 2 (for concave decrease of the demand intime), α ¼ 0:04; c ¼ 12; h ¼ 1, K ¼ 4000 and E ¼ 10. Thus,θ ¼ 9:5; xmax ¼ 1 and πðxmax Þ ¼ 2375:5. The optimal solution isxn ¼ 0:48, which leads to an optimal inventory policy ofT n ¼ 4:8; pn ¼ 53:65 and Q n ¼ 410 that yields π n ¼ 3133:3. Fig. 3describes the profit and its derivative as a function of x.
Being translated, please wait..
