Abstract
The results of experimental investigation of heat transfer and pressure drop in waved-form channels of panel-plate heat exchangers are presented. The experimental pattern of panel-plate heat exchanger and experimental unit is described. The basic equations for film heat transfer and friction coefficient were obtained in dimensionless form. It is underlined that proposed construction of panel-plate heat exchanger is optimal for waste gaseous flows heat recuperation when another flow is liquid, for example, water flow. The original waved-form channel for gaseous flow is proposed. Such panel-plate heat exchangers will be an effective tool for use of high temperature waste heat integration in a number of processes and then for polluting emission decrease.
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