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中文摘要：
对特朗勃壁内传热过程和夹层空气动力进行分析，建立了CFD数值模拟模型，耦合流固传热，利用Reliable κ-ε两方程模型模拟了特朗勃壁内温度场。对集热墙体材料、墙体高度、空气层厚度、通风孔尺寸、金属板表面涂层材料性质及室外气象参数等影响因子进行分析，给出了适宜的结构形式和材料组成。所得结论将有利于推进太阳能一建筑一体化技术的发展。
英文摘要：
By analyzing the heat transfer process in trombe wall and of air gap, a CFD model for simulating temperature field in trombe wall is presented and solved by coupling the conductive and radiative heat transfer in solid with RNG κ-ε equation. The suitable construction and material were given by analyzing on the sensitive factors such as material height, thickness and coat material on metal plate. The conclusion drawn in the paper can promote the development of integrative technology for solar and architecture.
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