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建筑工程剪力墙结构规划设计阶段中,剪力墙布置、设计尺寸有否同实际相符,当前并没有细致的要求规定。通常设计师们依据积累的经验进行操作。因而导致实践工作中形成了不足问题。本文就建筑工程剪力墙结构设计的科学原则展开研究,制定了优化设计策略。对提升建筑工程结构设计水平,完善设计效果,发挥剪力墙结构功能,有重要的实践意义。建筑工程剪力墙结构设计科学原则建筑工程剪力墙通常高度与宽度较大,厚度较小,呈现出类似板的结构特征,而受力则近似于柱。当然,两者也存在区别,即枝长以及厚度比值包含不同。如果比值不大于3,则可依据柱进行设计,而
Construction of shear wall structure planning and design phase, the shear wall layout, design dimensions are consistent with the actual, there is no detailed requirements. Designers often operate based on accumulated experience. Which led to the formation of inadequate problems in practical work. In this paper, the scientific principle of structural engineering of shear wall structure is studied and the optimal design strategy is worked out. It is of important practical significance to improve the structural design level of the construction project, improve the design effect and exert the function of the shear wall structure. Building Engineering Shear Wall Design Principles of Science Building Engineering Shear walls generally have a large height and width and a small thickness, presenting a plate-like structural feature, while the force is approximated by a column. Of course, there are also differences between the two, that is, the branch length and thickness ratio contain different. If the ratio is not greater than 3, then the column can be designed, and