Abstract
Abstract
In this paper, a systematic approach to the design of industrial evaporator platforms is presented. Two popular design methodologies, the robust design and the compromise decision support problem (Compromise-DSP) procedures, are integrated into one unique design system. Design variables are first identified and then categorized into two groups: common platform parameters and non-platform variables. Multiple objectives are formed to evaluate the evaporator platform, including minimization of cost, maximization of fin efficiency, and minimization of the deviation. The methodology is demonstrated with a real industrial case in which a family of evaporators are to be designed.
