装配式构件在绿色建筑施工中的应用与节能环保价值

为了研究具有轻质高强、稳定性极佳特性的装配式构件，综合评估其在绿色建筑施工中的应用与节能环保价值，分析了装配式构件的物理学性能，计算其抗弯性、极限载荷、抗弯能力、抗弯强度以及延性系数，明确构件的墙体保温应用价值，建立竹木构件和绿色建筑墙体坐标系，计算在竖直和水平方向上二者间最大限制距离变量，利用约束函数降低构件误判率及出界率。最后，凭借墙体内外热流导热系数，评估构件的应用与节能环保价值。仿真实验证明，应用装配式构件后的绿色建筑保温性能强，取暖耗电总量降低，具有极高的节能环保价值，可为绿色建筑发展提供有效帮助。

Application of prefabricated components in green building construction and value of energy conservation and environmental protection

Study the prefabricated components with light weight,high strength and excellent stability,and comprehensively evaluate their application in green building construction and energy conservation and environmental protection value.Analyze the physical properties of fabricated components,calculate their bending resistance,ultimate load,bending capacity,bending strength and ductility coefficient,clarify the application value of wall insulation of components,establish the coordinate system of bamboo and wood components and green building walls,calculate the maximum limit distance variable between them in the vertical and horizontal directions,and use the constraint function to reduce the misjudgment rate and out of bounds rate of components.Finally,by virtue of the thermal conductivity of the internal and external heat flow of the wall,the application and energy-saving and environmental protection value of the components are evaluated.The simulation results show that the green building with prefabricated components has strong thermal insulation performance,reduces the total heating power consumption,has high energy-saving and environmental protection value,and can provide effective help for the development of green buildings.