D.F.P.法による水噴流冷却システムの最適設計条件の探索

概要

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An investigation of the optimal design of the nozzle arrangement for cooling a horizontal plane which is fraught with multiobjective problems was carried out by means of D.F.P. We adopted a compromise solution as the optimal point which was obtained by a similar method to the goal programming by which distance between the optimal feasible point and the ideal (or so-called utopian) solution was minimized. First of all, we intended to obtain both the maximum and the minimum solution of each objective function by decomposing to problems of a single object. Second, we obtained the final optimal solution which was appropriative to the design problem. It was very effective to exploit the same program through both single-and multiobjective processes. We devised some skills to overcome computing the appropriative factors to adjust the orders, or determining a suitable size of the initial span of onedimensional search.
一般社団法人日本機械学会の論文
1994-04-25