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Airfoil polynomials-based collocation approach to study time-varying fluid mechanism

Vishwanatha R. Banakar, A Mallikarjuna, Prateek Kattimani, Amal Abdulrahaman

2025International Communications in Heat and Mass Transfer18 citationsDOI

Topics & Concepts

AirfoilHeat transferMechanicsMicrochannelMaterials scienceFluid dynamicsMass transferThermal radiationThermodynamicsThermalMass flow rateCollocation (remote sensing)Orthogonal collocationFlow (mathematics)Heat transfer coefficientChurchill–Bernstein equationPhysicsPéclet numberTaguchi methodsThermal energyMass flowReynolds numberCollocation methodPolynomialHeat transfer enhancementConvective heat transferVolumetric flow rateHeat Transfer and OptimizationNanofluid Flow and Heat TransferHeat Transfer Mechanisms
Airfoil polynomials-based collocation approach to study time-varying fluid mechanism | Litcius