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提出一种复合节能轻质楼板,它具有围护、分隔、保温及承重等多种功能合一的特点。通过对6个全比例尺寸的复合节能轻质楼板试件在竖向荷载作用下的受力性能试验研究,研究集中和均布荷载作用下复合节能轻质楼板的受力特点及破坏模式,分析复合节能轻质楼板受弯承载力的影响因素。为建立计算公式提出了建议,试验数据可为今后制定相关规范提供依据。
A composite energy-saving lightweight floor is proposed. The utility model has the characteristics of multiple functions of enclosing, separating, keeping warm, bearing and so on. Through the experimental study on the mechanical performance of 6 full-scale lightweight composite floor slabs under vertical load, the force characteristics and failure modes of the composite lightweight floor slab under concentrated and uniform load are studied. Influencing Factors of Flexural Bearing Capacity of Composite Energy - Saving Lightweight Floor. Suggestions are put forward for establishing calculation formulas, and the experimental data can provide the basis for the formulation of relevant norms in the future.