Civil 3D: Road
Course code
ADSK-CV-2
Duration
5 Days, 40 Acad. Hours
Course Overview
Objectives
Prerequisites
Course Outline
Course Overview
Overview
This is the road information modeling training course for the architectural and construction industry
The course is based on the basic information modeling principles of infrastructure facilities:
- road digital information models creation and its analysisг
- interdisciplinary interaction technologies and team work organisation
- effective methods of making changes to the model and documentation
- document execution in accordance with the state and industry regulations
The course is designed for professionals who wants to apply modern technologies in their work, reduce the number of design errors, and learn how to effectively interact with colleagues
Used materials:
- practical training 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
Objectives
- Civil 3D: its features and the application principles for the road development
- road design process automating and its possibilities in Civil 3D
- an optimal solution development for a road designing with specified characteristics
- how to serve the needs of the organisation in automating the processes of road creation for a long term
Prerequisites
Prerequisites
- AutoCAD knowledge and skills possession
- Civil 3D software
Course Outline
Course outline
1. Civil 3D product introduction: information model and objects
2. Basic data сollection
- Civil 3D point import
- external link addition and its management
- scanned maps addition
- data import and other format connection – MAP tools (GIS functionality)
3. Route and its design
- axial alignment construction of the main and secondary roads
- the route compliance checking with the design criteria
- alignment geometry editing tools
- the existing center line profiles and their construction
4. Design the longitudinal road profile
- building a design profile using the best fit method
- the profile view display customising (including the sub-profile table)
- building a design profile using the layout method
- profile compliance checking with design standards and editing profile geometry
5. Automatic intersection design and their initial editing
- a cross-section structure preparation for the main road parts and their intersections
- building an intersection model
- changing the road model display and its intersection
6. The road surface formation and their intersection
- the subgrade surfaces construction and the paving top construction
- semi-automatic determination of the road surface boundaries and intersections
- a surface intersection editing and its bump cleanup
7. Road sections and material volumes
- the axes section construction and earthwork calculation
- the road surface materials calculation
- building the cross-section types
- section views setting up and their printing preparation
8. Widening design
- track offset and broadening
- reflection of the broadening in the road model
- slope docking constructed with vertical grading tools and
road design tools
9. Adding a dividing line
- creating a structure for the dividing strip
- pre-adding a dividing line
- variable accountment width of the median strip
10. Implementing superelevation in the road model
- adding a superelevation to a road alignment
- specification of the cross-section structure parameters on a bend
- rebuilding the road model
- getting a bend view
