摘要：人工智能技术的发展为提升工程结构设计效率提供了重要手段。本研究基于生成对抗网络、图神经网络和扩散模型，开发了建筑结构的生成式智能设计方法，可以在几分钟内生成包含多个标准层的结构设计方案，包括剪力墙布置、梁布置、截面尺寸设计，并初步估计材料用量。随后，融合代理模型和有限元方法，进行方案力学性能快速分析和合规性校核。最后，通过调用PKPM等软件的开发接口，自动化完成结构建模、荷载布置、结构分析和结果提取等工作。将融合生成式设计与自动化分析的建筑结构智能设计方法部署于云端，提供智能设计和自动分析服务。应用案例表明，本技术便捷有效，可以显著提升结构的设计效率，并保证结构方案整体力学指标的合规性。
汇报提纲：
1 研究背景与关键难题
2 建筑结构生成式智能设计方法
3 基于PKPM接口的自动化分析方法
4 建筑结构智能设计工程应用
5 结论和展望
报告水平有限，请各位专家、听众海涵。
QQ群，AI-structure-交流群：741840451
黄盛楠：huangshengnan@mail.tsinghua.edu.cn
廖文杰：liaowj17@tsinghua.org.cn
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