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Parallel-plate heat exchangers are widely used in chemical, pharmaceutical, food process‐ ing, and many other industrial applications. More recently, they have also found applica‐ tion in a variety of emerging branches of thermal engineering. They are currently used in miniaturized reaction systems involving heterogeneously catalyzed gas-phase reactions [1], in thermoelectric generators that convert low-grade thermal energy into electrical power [2, 3], and in thermoacoustic engines [4]. In addition, they are a key component of many cryogenic systems [5,6,7].

Wall Conduction Effects in Laminar Counterflow Parallel-Plate Heat Exchangers with Small-Scale Wall Corrugations