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The influence of cooling channel structure on temperature distribution and output performance of fuel cells

Lianfeng Lai, JunSheng Luo, YongHao Guo, ZhiHui Deng, ChengZe Dai

2026Applied Thermal Engineering16 citationsDOI

Topics & Concepts

Nusselt numberMechanicsHeat transferCoolantMaterials scienceProton exchange membrane fuel cellInletPower densityChannel (broadcasting)Flow (mathematics)Power (physics)ThermodynamicsThermalHeat exchangerVolumetric flow rateHeat transfer enhancementWater coolingComputer simulationFlow velocityNuclear engineeringComputer coolingFluid dynamicsReduction (mathematics)Forced convectionComputational fluid dynamicsFinHeat sinkFuel Cells and Related MaterialsAdvancements in Solid Oxide Fuel CellsElectric and Hybrid Vehicle Technologies
The influence of cooling channel structure on temperature distribution and output performance of fuel cells | Litcius