Airside Pressure Drop Mechanism of Automobile Air-Conditioner Evaporator Plating with Hydrophilic Film

Qin Ouyang

doi:10.4028/www.scientific.net/AMM.178-181.2850

Paper Titles

Application of Parametric Modeling in Optimization Design on Aluminum Alloy Wheels
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Research on a New Type of Elevator Safety Catch
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Research on Optimization Model of Taxi-Carpooling Expenses
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Roll Forging Technology and 3D Finite Element Simulation of Automobile Front Axle
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Airside Pressure Drop Mechanism of Automobile Air-Conditioner Evaporator Plating with Hydrophilic Film
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A Heuristic Algorithm for Solving Crew Rostering Problem
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Effects of Eco-Driving on Driving Performance
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SWOT Analysis of Operation Strategies of the World’s Top 20 Carriers
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Research on the Influence of Natural Factors to Ro-Ro Passenger Ship in Weihai-Dalian Route and Countermeasures
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 178-181Airside Pressure Drop Mechanism of Automobile...

Airside Pressure Drop Mechanism of Automobile Air-Conditioner Evaporator Plating with Hydrophilic Film

Abstract:

A mathematical model of airside pressure drop was established, and calculations were conducted respectively under dry condition and wet condition for evaporators with hydrophilic treatment and without hydrophilic treatment. Experimental results demonstrate the proposed model. The results reveal a significant improvement of hydrophilic treatment, and air resistance drops to 53% when relative humidity is 50%, while it drops to 50% when relative humidity is 90%.