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在科学技术和社会发展多样化和快速化的今天,建筑施工中大型混凝土的浇筑环境和成型外形越来越复杂。比如各种大型水坝、大型地下停车场和大型基础设施的建设。相变储能建筑材料在建筑控温方面表现就比较突出。所以在建筑控温领域更多的选择相变储能材料作为研究的对象。同时由于相变储能材料具有控温的效果。所以在其应用方面也有了更多的选择性。比如在大体积混凝土内部水化热中控制其温度变化所产生的应力就可以使用相变储能材料。
In the diversification and rapid development of science and technology and social development, the pouring environment and forming shape of large-scale concrete in construction are getting more and more complicated. Such as the construction of various large dams, large underground parking lots and large infrastructures. Phase change energy storage building materials performance in the construction of the more prominent. Therefore, more choices in the field of building temperature control phase change energy storage materials as the object of study. At the same time due to phase change energy storage material has the effect of temperature control. So in its application also has more selectivity. For example, in the mass concrete hydration heat inside the temperature control of the stress generated by the use of phase change energy storage materials.