走廊建模基础Civil 3D Assemblies & Corridor Modeling Fundamentals
Civil 3D Assemblies & Corridor Modeling Fundamentals
Civil 3D装配和走廊建模基础
信息：
Civil 3D最强大的功能之一是能够创建三维线性“走廊”模型。在本课程“Civil 3D装配体和道路建模基础”中，您将学习如何操纵道路的设计参数，例如在切割场景中自动创建路边排水沟，并在道路处于填充场景时省略沟渠。首先，
通过学习建筑走廊的基础知识，然后审查一些可用于走廊的更先进的数据提取和分析工具，您将熟悉走廊模型。接下来，您将进入设置阶段
水平和垂直设计组件具有对齐和轮廓，以及组合多个子组件以生成横截面模板，称为Civil 3D中的装配。最后，在学习Corridors可用的一些更高级的数据提取和分析工具之前，您将学习如何为多个走廊层创建动态链接的TIN曲面。
在本课程结束时，您应该熟悉创建和编辑道路模型，并且您应该有足够的知识来开始在自己的Civil设计项目中使用道路模型。
Civil 3D Assemblies & Corridor Modeling Fundamentals
Civil 3D Assemblies & Corridor Modeling Fundamentals
Info:
One of the most powerful features of Civil 3D is the ability to create 3-dimensional, linear “Corridor” models. In this course, Civil 3D Assemblies & Corridor Modeling Fundamentals, you will learn how to manipulate the design parameters of a corridor, such as automatically creating roadside drainage ditches in a cut scenario and omitting the ditches when the roadway is in a fill scenario. First, you
will get familiar with the Corridor Model by learning the fundamentals of building corridors and then reviewing some of the more advanced data extraction and analysis tools available for corridors. Next, you will move to setting up
the horizontal and vertical design components with alignments and profiles as well as, combining multiple subassemblies to generate a cross-sectional template, known as the Assembly in Civil 3D. Finally, you will learn how to create dynamically linked TIN surfaces for multiple layers of the corridor before reviewing some of the more advanced data extraction and analysis tools available to Corridors.
By the end of this course, you should be comfortable with creating and editing corridor models, and you should have enough knowledge to start utilizing corridor models in your own Civil design projects.
