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采用Ansys热分析技术原理,较为详细地讨论具有相同孔型布置的砌块和具有相同导热系数的砂浆,因为砂浆敷设方式不同会对墙体传热系数产生影响;同时分析了不同孔型布置方式对砌块传热系数的影响。通过分析认为:只有合理设计砌块的孔型布置,选择正确的砂浆敷设方式,才能够有效地降低砌体的传热系数,提高墙体围护材料的阻热能力。Ansys热分析技术实质上是一种数值计算方法,能够在墙体制品的块体设计阶段,为有效地降低产品的传热系数、提高阻热能力,提供科学、有效的佐证。
The principle of Ansys thermal analysis is used to discuss in more detail the block with the same hole layout and the mortar with the same thermal conductivity. Different mortar laying methods will have an impact on the heat transfer coefficient of the wall. At the same time, Effect on heat transfer coefficient of block. Through the analysis, it is thought that only by properly designing the hole layout of block and selecting the correct way of mortar laying, can the heat transfer coefficient of masonry be effectively reduced and the heat resistance of wall covering material be improved. Ansys thermal analysis technology is essentially a numerical calculation method, which can provide scientific and effective evidences for effectively reducing the heat transfer coefficient and improving the thermal resistance of the wall products during the block design stage.