42 docs tagged with "training"

Civil 3D allows you to add labels for pipes and structures in plan, profile views and cross-sections.

https://www.devotech.co.za/roads-training?wix-vod-video-id=59f4de1e8ea94079a0f1b5c69e019c89&wix-vod-comp-id=comp-jck9pzzl#.

The example below describes how to use the KZN DOT (KwaZulu Natal Department of Transport) profile view.

Assembly objects contain and manage a collection of subassemblies which are used to form typical sections of linear structures.

1. Template with part lists.

COGO points (further referred to as points) are coordinated geometry points sometimes also called Civil 3D points.

A Datum surface should be created from the corridor before attempting to do volume calculations.

A corridor is a 3D model of a linear structure such as a road, channel, etc.

A surface is required before you start creating a pipe network.

Before you can create a profile view for a pipe network you have to create an alignment from a pipe network.

Sections are cuts at given stations along a horizontal alignment.

Note: This chapter assumes that the reader is familiar with COGO points from the CIVIL 3D ESSENTIALS − Cogo Points chapter.

The workflow below describes the situation where the cul-de-sac is modelled as part of the road corridor.

Data shortcuts are very powerful for data sharing within a design team, it also helps to decrease the size of the drawings.

A pipe network can be displayed in cross-sections.

3. Stormwater and sewer network details can be exported to a Project Report (Excel file) during the analysis. This Excel file gets created in the folder where the drawing is saved.

Grading objects are mainly created by using Feature Lines.

Information on using TUFLOW from within Devotech iDAS is available on Devotech's website at www.devotechgroup.com/TUFLOW.

An alignment is typically used for features such as road centrelines, pavement edges and drainage centrelines.

v – velocity \[m/s\].

If you have more than one pipe network in the project you need to check if there is interference between them.

Standard Civil 3D contains an intersection wizard, unfortunately it has certain limitations.

3. Create the corridor drawings. The corridor length must be less than 7.5km. The example below shows the workflow for a road length of less than 15km.

This manual explains the basic methods and operations of Autodesk Civil 3D.

A pipe network generally consists of conduits and structures in Civil 3D.

The Network Parts List contains a column where you can define which rules should be used for the pipes and structures during the pipe network creation.

Create structure table only for a specific structure type.

A north arrow can be placed on sheets.

For bulk water pipelines and for networks with long branches the standard civil 3D plan production tools can be used.

Civil 3D has very powerful tools for road widening.

The image below shows a cross intersection with road descriptions.

https://www.devotechgroup.com/idas-sewer-design.

For details about stormwater network design and analysis, watch the training videos.

All Autodesk Civil 3D objects support the AutoCAD List, Explode, and Erase commands.

A surface is a singular object in Autodesk Civil 3D.

To edit a pipe network, select any part of the pipe network and go to Pipe Networks ‒ Edit Pipe Network.

1. To write all the input values and analysis results to the pipe and structure properties tick the Update Results to C3D click Update to close the Pipe Manager.

Autodesk Civil 3D is an object-oriented design environment with defined interactions between civil design objects.

Before designing the road vertical alignment (road profile), the profile view must be created.

EXCAVATION DEPTH INCREMENT.

https://www.epa.gov/water-research/epanet.

Before you start with the pipe network design, you must specify which Pipe Network Catalog you want to use.