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Influence of ratio of nozzle length to diameter on local heat transfer study of an unconfined circular air jet impingement

R.J. Talapati, Vadiraj Katti

2022International Journal of Thermal Sciences15 citationsDOI

Topics & Concepts

Stagnation pointNozzleReynolds numberJet (fluid)TurbulenceHeat transferMaterials scienceStagnation temperatureMechanicsStagnation pressurePhysicsThermodynamicsMach numberHeat Transfer MechanismsFluid Dynamics and Turbulent FlowsCombustion and flame dynamics
Influence of ratio of nozzle length to diameter on local heat transfer study of an unconfined circular air jet impingement | Litcius