WebFeb 29, 2016 · where t is the time, \rho is the material density, C is the heat capacity, k_s is the thermal conductivity of the fin, T is the temperature, and Q is the heat source/sink per unit volume and time.. Two dimensionless … WebAbstract To design a compact heat sink, a simplified geometry, enhanced heat dissipation, and the minimum pressure drop should be taken into consideration. With this objective, an experimental investigation has been conducted with the corrugated plate-fin heat sink by varying the relative radius of corrugation and relative corrugation pitch in the range of …
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WebDetermine the fin efficiency for an annular fin made of cartridge brass of thickness 0.0001 m, inside radius of 0.015 m, and outside radius of 0.022 m. The heat transfer coefficient is 25 W/(m 2⋅K) with a fluid temperature of 18 °C and a base temperature of 132 °C. Find the outside radius to produce a fin efficiency of 0.93. Solution: WebOct 13, 2016 · Smith and Sucec [5] calculated the efficiency of triangular fins using a power- rate per unit fin volume, the optimum fin profile or shape can be determined by minimizing the fin volume for a given heat- transfer rate. For conduction and convection conditions, a criterion for optimal fins was first reported by Schmidt [20]. haughton car lot
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WebMar 1, 2010 · The effect of various thermal parameters on the non-dimensional temperature profile and fin efficiency is graphically depicted for a fin with both convective and ... http://www.ijettjournal.org/volume-19/number-5/IJETT-V19P249.pdf Web18. . 2. Heat Transfer From a Fin. Fins are used in a large number of applications to increase the heat transfer from surfaces. Typically, the fin material has a high thermal conductivity. The fin is exposed to a flowing fluid, which cools or heats it, with the high thermal conductivity allowing increased heat being conducted from the wall ... haughton castle fishing