Page 12 - 建筑结构设计理论及实践研究
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第四节 结构设计的规则性 ························································· 136
第五节 结构材料和体系的选择 ··················································· 143
第六节 提高结构抗震性能的措施················································ 144
第七节 非结构构件的处理 ························································· 153
第八节 结构材料与施工质量 ······················································ 155
第五章 建筑结构抗震性能化设计 ····················································· 175
第一节 抗震性能化设计的目标 ··················································· 178
第二节 抗震性能化设计的内容和要求·········································· 183
第三节 抗震性能化设计方法 ······················································ 187
第六章 建筑设计智能化技术 ··························································· 191
第一节 3D 打印建筑工程结构设计与施工 ····································· 191
第二节 虚拟现实技术在古建筑数字化复原中的应用························ 200
第三节 生成式人工智能影响下的建筑设计新模式··························· 209
第七章 建筑设计和环境艺术设计 ····················································· 233
第一节 环境艺术设计和建筑设计的相关性···································· 233
第二节 建筑设计和环境艺术设计同步发展···································· 235
第三节 环境艺术设计在建筑设计中的应用···································· 239
第四节 建筑环境艺术设计的发展趋势·········································· 245
第五节 立体生态创新建筑设计理念············································· 250
参考文献······················································································· 261
