AIstructure-Copilot-V0.2.9 梁布置设计算法改进
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引言
引言
今年5月发布了AIstructure-Copilot-v0.2.6版本，AIstructure整体的设计效果有比较明显的提升（详见：AIstructure-Copilot-v0.2.6：给马儿换上精饲料，AIstructure设计效果持续改善），但涉及到梁布置的一些细节还不是很让我们满意，因此，AIstructure-Copilot-v0.2.9版本给大家带来了新算法：“墙-梁联合布置算法”，使得AI在一些细节的处理上更接近有经验的工程师，欢迎大家试用。
典型问题1
过长梁的优化处理
此前版本的设计：AI布置的梁可能会出现一些跨度较大梁，其对应的梁高较高，影响建筑内部使用空间，设计合理性有待提升。
（a）此前版本的设计
AIstructure-Copilot-v0.2.9版本：算法结合梁布置与跨度情况，自动找寻中间合理的位置优化剪力墙布置，从而让梁能有更好更合理的支座，提升受力整体性、降低梁高需求。
（b）v0.2.9版本的设计
（注：红色为剪力墙，蓝色为梁）
典型问题2
冗余次梁的优化处理
此前版本的设计：AI生成的方案，可能会在一个较小的范围内存在多个次梁，从而不利于施工以及建筑美观需求。
（a）此前版本的设计
AIstructure-Copilot-v0.2.9版本：算法 会结合空间布置情况，自动优化一些不必要的次梁，从而使整个结构布置更加合理。
（b）v0.2.9版本的设计
典型问题3
不共线梁的优化处理
在建筑方案中，有部分建筑空间的轮廓存在微小的错位，即两个空间的分割并非完全在一条直线上，使得梁构件的受力不连续。
此前版本的设计：AI生成的方案会出现梁不共线，在比较近的距离里会有两个次梁搭接在主梁上，这种结构布置方案在受力上不是很合理。
（a）此前版本的设计
AIstructure-Copilot-v0.2.9版本：针对这种情况进行了优化处理，算法 会针对受力不连续的梁布置，增加部分剪力墙的布置，从而让梁的搭接更为合理。
（b）v0.2.9版本的设计
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前述系列优化的综合设计效果提升
采用新算法后，整个方案的设计效果会有较为明显的提升，如下图所示，此前版本的设计，箭头位置的梁非常长，且存在部分在很小范围内长轴梁搭接到短轴梁的情况，v0.2.9版本，通过在部分位置增设剪力墙的方式，极大的改善了梁的受力模式，也去掉了部分冗余的次梁，使得整体结构更为合理。
（a）此前版本的设计
（b）v0.2.9版本的设计
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结语
AIstructure-Copilot V0.2.9版本改进了梁布置算法，给出了更合理的结构布置方案，设计结果更加贴近结构工程师，欢迎大家试用。
后续，我们还将不断完善相关产品功能。欢迎大家持续关注我们的工作，多多支持！
温馨提示：为更好使用AI设计工具，请仔细阅读使用说明书(https://ai-structure.com)。
商务问题请联系：
黄盛楠(huangshengnan@mail.tsinghua.edu.cn)
技术问题请联系：
廖文杰(liaowj17@tsinghua.org.cn)
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