Numerical simulation of a vertical “U” type terrestrial heat exchanger using coastal zone boundary conditions

D. Colorado-Garrido, Vicente Antonio-Gonzalez, O. Silva-Aguilar, J. Herrera-Romero
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Abstract

Among the various factors that affect the energy produced a detailed numerical simulation of a ground heat exchanger assuming the mathematical formulacion of the governing ecuations (continuity, momentum and energy) and the energy balance in the wall has been carried out. This formulation requires the use of termo-physical properties, material properties and the ground; in this case, the experimental temperature profile in the ground were measured at Universidad Veracruzana, Coatzacoalcos campus (latitude 18°08’39” N, longitude west 94°28'36” and altitude 10 msnm).
基于海岸带边界条件的垂直U型换热器数值模拟
在影响能量产生的各种因素中,对地下热交换器进行了详细的数值模拟,并假设了控制计算(连续性、动量和能量)和壁面能量平衡的数学公式。这种配方需要使用物理特性、材料特性和地面特性;在这种情况下,实验温度分布在Veracruzana大学,Coatzacoalcos校区(北纬18°08′39”,西经94°28′36”,海拔10 msnm)测量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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