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在工程建设中,钢筋是一种主要的建筑材料,也是最贵重的材料之一,它的用量,直接影响工程造价。如果钢筋用量不当,没有经过优化设计计算,不但影响工作进度和工程质量,有时也会造成很大的浪费。为了保质保量、快速地完成工作任务,在钢筋制作工作之前,应该对钢筋的需要量做适当的优化计算。这样做还可以减轻钢筋制作工人劳动强度,提高钢筋原材料利用率和降低工程造价。建筑业所用的钢筋原材料,若按其直径及存放方式可分为两种:一种是直径小于10毫米的盘圆钢筋;另一种是直径大于或等于10毫米的直钢筋,其长度为6至12米。这里谈的是直钢筋在使用之前,利用线性
In the construction of the project, reinforcing steel is a major building material and one of the most precious materials. Its use directly affects the construction cost. If the amount of steel bars is not properly used, the design calculations have not been optimized, which not only affects the work progress and project quality, but also sometimes causes great waste. In order to ensure the quality, quantity, and speedy completion of work tasks, appropriate optimization calculations should be made for the requirements of the steel bars before the steel production work. Doing so can also reduce the labor intensity of steel makers, increase the utilization ratio of steel bars and reduce the project cost. The steel bars used in the construction industry can be classified into two types according to their diameters and storage methods: one is a coiled rebar with a diameter of less than 10 mm, and the other is a straight steel rebar with a diameter greater than or equal to 10 mm and a length of 6 mm. To 12 meters. Here we talk about the use of linear reinforcement before it is used.