Simulation and Analysis of Oscillating Airfoil Ice Shapes via a Fully Unsteady Collection Efficiency Approach

Myles Morelli; Alberto Guardone; Politecnico di Milano Beckett Zhou; Technical University of Kaiserslautern

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Simulation and Analysis of Oscillating Airfoil Ice Shapes via a Fully Unsteady Collection Efficiency Approach

Myles Morelli, Alberto Guardone, Politecnico di Milano Beckett Zhou, Technical University of Kaiserslautern

Simulation and Analysis of Oscillating Airfoil Ice Shapes via a Fully Unsteady Collection Efficiency Approach

Presented at Forum 75
12 pages
SKU # : 75_2019_0199_Morelli

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Simulation and Analysis of Oscillating Airfoil Ice Shapes via a Fully Unsteady Collection Efficiency Approach

Authors / Details: Myles Morelli, Alberto Guardone, Politecnico di Milano Beckett Zhou, Technical University of Kaiserslautern

Vertical Flight Library & Store

Simulation and Analysis of Oscillating Airfoil Ice Shapes via a Fully Unsteady Collection Efficiency Approach

Myles Morelli, Alberto Guardone, Politecnico di Milano Beckett Zhou, Technical University of Kaiserslautern

Simulation and Analysis of Oscillating Airfoil Ice Shapes via a Fully Unsteady Collection Efficiency Approach

Simulation and Analysis of Oscillating Airfoil Ice Shapes via a Fully Unsteady Collection Efficiency Approach

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