Civil 3D in engineering network design

Course code

ADSK-CV-5

Duration

5 Days, 40 Acad. Hours

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Course Overview

Objectives

Prerequisites

Course Outline

Course Overview

Overview

The course is designed for professionals who want to apply modern technologies in their work, reduce the number of design errors, learn to effectively interact with colleagues

The course is based on the basic principles of information modeling of engineering networks:

initial data collecting and setting up collaboration
work with the library of elements
modeling of the pipeline networks information model
calculation of the work and materials scope
execution of documentation in accordance with state and industry regulations

Used materials:

practical training course materials
additional utilities and add-ons for Civil 3D
useful links and tutorials

This course can be adapted according to the specialist specific activities or based on a real pilot project

Autodesk certificate is issued in electronic format after the course completion

Objectives

to teach the students the practical application of information modeling technology in terms of the engineering networks design

Prerequisites

practical possession of basic AutoCAD tools
practical experience in the engineering networks design

Course Outline

Course outline

1. Work start. Templates. Surfaces. Teamwork

Autodesk Civil 3D: its purpose and main features
adaptation packages, updates, additional utilities
functionality overview and the program interface. Setting drawing options
using, creating, editing and saving templates
principles of working with styles: creating, copying, editing
surface types
creating surfaces based on various types of data and surface editing
surface analysis
teamwork organisation: quick data links and external links
interaction with Revit

3. Pressure and free-flow engineering network modeling

assumptions made in modeling pressure and non-pressure engineering networks
sketch modeling
manual network creation
creation a mesh from a feature line
network engineering plan
engineering network profile view
projection onto the intersecting engineering network profile
creation of cases
plan marks and engineering network profile view
setting up a sub-profile table
editing engineering network and application of rules

4. Cable engineering networks modeling

assumptions made when modeling cable engineering networks
methods of parallel laying of the any number of pipes / cables in several rows
sketch modeling
creating a network from a track
manual network creation
creating a mesh from a feature line
network engineering plan
engineering network profile view
projection onto the intersecting engineering network profile
creation of cases
plan marks and engineering network profile view
setting up a sub-profile table
editing engineering network and application of rules

5. Trenches and pits modeling. Excavation scopes and material specifications. Summary model. Collision checking

a trench creation by a profiling method
a trench creation by a corridor method
the earthworks volume calculation
formation of lists and specifications of materials
formation of a consolidated engineering network model
collision checking in Civil 3D
collision checking in Navisworks
Iteris-network: overview

6. Summing up and issuing Autodesk certificates

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Civil 3D in engineering network design

Course code:

ADSK-CV-5

Duration:

5 Days, 40 Acad. Hours

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Download pdf

Civil 3D in engineering network design

Overview

Objectives

Prerequisites

Course outline

1. Work start. Templates. Surfaces. Teamwork

2. Pipeline network catalog. Element constructor

3. Pressure and free-flow engineering network modeling

4. Cable engineering networks modeling

5. Trenches and pits modeling. Excavation scopes and material specifications. Summary model. Collision checking

6. Summing up and issuing Autodesk certificates