Shape and Size Optimization Design of Finned Brass Tube on the Central Air Conditioning

Shuang Chen; Bing Yan Zhang; Jian Hua Zhong

doi:10.4028/www.scientific.net/AMR.588-589.1854

Paper Titles

Study on the Freeze-Drying Dual-Evaporator Refrigeration System
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Research on Cylinder Drop Stamping Part of Heat Recovery Regularity Based on Pro/Mechanica
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Experimental Study of the Temperature Field Equation in the Leeward Tunnel during Mine Fire Period
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Thermal Analysis Study on Packaging Materials of Power-LED
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Shape and Size Optimization Design of Finned Brass Tube on the Central Air Conditioning
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A Perturbation Analysis of the Fully Developed Convective Heat Transfer inside a Longitudinal Corrugation Channel
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Analysis of Temperature Field of Nuclear Canned Pump and Thermal Deformation Calculation of the Shielded Can
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Film Cooling Adiabatic Effectiveness for Cylindrical Holes Embedded in Multi Trench Configuration
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Research of Absorption Refrigeration and Air Conditioning Equipment Using Waste Heat from Marine Incinerator
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 588-589Shape and Size Optimization Design of Finned Brass...

Shape and Size Optimization Design of Finned Brass Tube on the Central Air Conditioning

Abstract:

Finned tube heat transfer process was analyzed in this thesis, the optimal mathematical model of the fin efficiency and fin volume which was acted as the objective function is established based on the model of heat transfer theory. The heat exchanger numerical simulation of finned tube is taken by the ANSYS finite element program in heat transfer process, and the finned tube structure parameters ( fin spacing , fin thickness , fin height) were analyzed , the optimum structure parameters of a set of finned tube were obtained at the same time. These studies will have some guidance on the application of finned tubes.