Civil 3D部件编辑器在某渠道工程中的应用研究OA
Application of the Civil 3D Subassembly Composer in Canal Engineering
为提高长距离复杂渠道结构断面型式随地形多变的工程量计算效率,实现渠道结构的正向设计和参数化建模,基于 Autodesk Civil 3D 部件编辑器,研究部件编辑器参数化模型的构建流程.利用部件编辑器面向对象的可视化参数驱动设计流程,针对渠道不同的横断面结构型式,构建可根据原地形自动判断渠道挖填方和渠道结构型式的参数化装配,并利用 Civil 3D 构建精确的渠道三维模型,并在三维可视环境下实现渠道结构工程量的精确计算.研究方法及结论可为类似线性工程参数化三维建模和工程量高效提取提供参考.
To improve quantity calculation efficiency for long-distance canals with complex and variable cross-sectional forms,and to realize forward design and parametric modeling,the Autodesk Civil 3D subassembly composer was applied.Based on object-oriented and visual parameter-driven workflows,parametric subassemblies were developed for different canal cross sections,enabling automatic judgment of excavation and filling conditions according to terrain.Accurate three-dimensional canal models were constructed in Civil 3D,allowing precise quantity calculation in a 3D visualization environment.The proposed method provides a reference for parametric 3D modeling and efficient quantity extraction in similar linear engineering projects.
骆成彦;吴梅
新疆水利水电勘测设计研究院有限责任公司,新疆 乌鲁木齐 830000新疆水利水电勘测设计研究院有限责任公司,新疆 乌鲁木齐 830000
建筑与水利
Civil 3D部件编辑器参数化设计逻辑判断模型构建
Civil 3Dsubassembly composerparametric designlogical judgmentmodel construction
《陕西水利》 2026 (4)
15-18,4
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