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For the optimal design of a heat exchanger network, the inlet and outlet stream temperatures of each heat exchanger in the network should be known. An explicit analytical solution of stream temperatures of an arbitrary connected heat exchanger network was introduced, which is suitable for the thermal calculation of heat exchanger networks. For the heat exchanger network synthesis, this solution was further developed and coupled with the stage-wise superstructure heat exchanger networks. The new calculation procedure reduced the computer memory requirement dramatically. On the basis of this solution, a mathematical model for synthesis of heat exchanger networks with genetic algorithm was formulated, which is always feasible and no iteration is needed. Two examples were calculated with the proposed approach and better results were obtained. 相似文献
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基于分级超结构换热器网络模型的特点,改进了计算温度分布的通用解方法,以遗传算法和模拟退火算法为主,以瞎子爬山优化算法以及一些特殊优化策略为辅,设计了相应的计算程序,它需要的计算机内存要比现有的其他方法小。实例证明,该方法可成功地应用于较大规模的换热器网络的优化,并得到比现有各种方法更优的结果。 相似文献
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