Numerical modeling and experimental verification of flow and heat transfer over serrated fins at low Reynolds number

Experimental distribution of phases and pressure drop in a two-phase offset strip fin type compact heat exchanger

“…The same discrepancy was already noticed by Peng and Ling (2008) for Re Dh < 200 and by others authors. The regime transitions are well predicted by CFD.…”

“…Numerical analyses were done to predict flow friction factors and validate experimental results. Peng and Ling (2008) performed 3D CFD simulations to predict friction factors characteristics of serrated fins in a compact heat exchanger.…”

Fluid–structure interaction numerical simulation of thermal performance and mechanical property on plate-fins heat exchanger

“…In the open literatures [13][14][15][16][17][18], researchers usually study the thermal performance of PFHE by simulation and experiment measure, or separately research the mechanical property (i.e. plate-fin stress, weld seam strength and fatigue strength).…”

Numerical study of the air inlet angle influence on the air–side performance of plate-fin heat exchangers

“…Guo et al [7] studied the influence of geometrical factors on thermal-hydraulic characteristics for high-pressure-direction type steel offset strip fins using the CFD and Taguchi method. Furthermore, many researches has shown that the three-dimensional simulation had good agreement with the experimental results [11]- [17]. The good agreement proves that CFD is an effective tool for studying the flow and heat transfer of heat exchangers.…”