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本文首先对钢丝网夹芯岩棉复合板的抗弯、抗剪、抗拉、抗压性能及其挠曲变形、裂缝宽度和斜丝的整体稳定性进行了详尽的分析，然后计算并验证了典型屋面板的热阻值。最后，得到以下的结论：在正常使用情况下，它的整体协调性和热工性能能得到充分保证且发挥各组成材料的强度，达到最优材料配置，能满足一般工业及民用建筑要求，所提出的理论计算方法是可行的。
In this paper, the bending strength, shear resistance, tensile strength, compressive strength, flexural deformation, crack width, and overall stability of the sloping wire of the steel mesh sandwiched rock wool composite plate were firstly analyzed, and then calculated and verified. The thermal resistance of a typical roof panel. Finally, the following conclusion was reached: Under normal conditions of use, its overall coordination and thermal performance can be fully guaranteed and the strength of each constituent material can be utilized to achieve optimal material configuration and meet the requirements of general industrial and civil construction. The proposed theoretical calculation method is feasible.