Energy and Power Engineering

Energy and Power Engineering

ISSN Print: 1949-243X
ISSN Online: 1947-3818
www.scirp.org/journal/epe
E-mail: epe@scirp.org
"Heat Transfer by Natural Convection from a Vertical and Horizontal Surfaces Using Vertical Fins"
written by H. R GOSHAYESHI, F. AMPOFO,
published by Energy and Power Engineering, Vol.1 No.2, 2009
has been cited by the following article(s):
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[5] Numerical study of heat transfer and aerodynamic drag of the radiator with lamellar split finning
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[7] Effect of the isothermal fins on the natural convection heat transfer and flow profile inside a vertical channel with isothermal parallel walls
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[8] 2D Numerical Analysis of Natural Convection in Vertical Fins on Horizontal Base
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[9] A novel heat sink design with interrupted, staggered and capped fins
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[10] Multi-objective optimization of force convective heat transfer in a stack of horizontal channels using CFD and genetic algorithms: A comparison with asymptotic method results
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[11] Optimization of Design Parameters for Wire Mesh Fin Arrays as a Heat Sink Using Taguchi Method
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[12] A REVIEW ON COMMERCIAL REFRIGERATION
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[13] Multi-objective optimization of force convective heat transfer in a stack of horizontal channels using CFD and genetic algorithms: A comparison with …
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[14] Multi-objective optimization of force convective heat transfer in a stack of horizontal channels using CFD and genetic algorithms: A comparison with asymptotic method …
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[15] Computational Analysis of Heat sink or Extended Surface
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[16] HEAT TRANSFER ANALYSIS OF WINGLET TYPE FINS ARRAY THROUGH NATURAL CONVECTION
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[17] Parametric Analysis of Heat Sink using Finite Element Volume
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[18] EFFECT OF FIN SPACING ON FORCED CONVECTION HEAT TRANSFER THROUGH THE PARABOLIC DISH SOLAR RECEIVER
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[19] Experimental Study of Free-Convection from Rectangular Fins Array on a Heated Horizontal Plate with Notch Effects
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[20] THE EFFECT OF FIN'S HEIGHT AND CIRCULAR PERFORATED ON THE NATURAL CONVECTION OF THE VERTICAL RECTANGULAR FINS
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[21] THE EFFECT OF FIN’ S HEIGHT AND CIRCULAR PERFORATED ON THE NATURAL CONVECTION OF THE VERTICAL RECTANGULAR FINS
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[22] Experimental and Transient Thermal Analysis of Heat Sink Fin for CPU processor for better performance
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[23] Computational Analysis of Heat sink or Extended Surface-“A Comprehensive Review”
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[24] Design of a GPS-based solar tracker system for a vertical solar still
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[25] Influence of inter-fin base length on thermal performance of free hanging horizontal base heat sinks
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[26] Heat transfer by forced convection from a vertical PCM plate
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[27] Θεωρητική Ανάλυση και Θερμική Προσομοίωση Παθητικού Συστήματος Ψύξης Φωτοβολταϊκών Κυψελίδων Υψηλής Ηλιακής Συγκέντρωσης
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[28] Theoretical determination of design parameters for an arrayed heat sink with vertical plate fins
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[29] Multi-objective optimization of cooling of a stack of vertical minichannels and conventional channels subjected to natural convection
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[30] A Comparative Analysis of Natural Convection between Horizontal and Vertical Heat Sink using CFD
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[31] An optimized heat dissipation fin design applicable for natural convection augmentation (IMPACT 2014)
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[32] Comparison of Thermal Effects of Four-chip HBLED with Specific Positions under Natural and Forced Convection
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