Highway CAD is a basic course of road and bridge engineering technology. This course mainly introduces students to the use of general computer aided design software, including road engineering graphics, bridge and culvert engineering graphics and three-dimensional graphics. This course is carefully created by the provincial quality online open course and the national professional teaching resource base standardized course team. The course relies on the drawing software AutoCAD2012 Chinese version, which has both important and difficult points of explanation, and practical demonstration. Through learning, students are trained in two-dimensional drawing and three-dimensional modeling skills, the ability to independently solve problems such as computer drawing of highways, small and medium-sized Bridges and culverts, and the necessary professional quality and professional ability to engage in this major, so that they can practice the spirit of craftsmanship, scrupulousness and professional ethics, and have the quality and work style of patriotism, solidarity and cooperation.
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Overview
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Syllabus
- Chapter 1:outline draught
- 1.1 Drawing of the frame for road engineering drawings
- 1.2 Drawing of circular curves in highway plane design drawings
- 1.3 Drawing of transition curves in highway plane design drawings
- 1.4 Marking of mileage stakes and text annotations
- Chapter 2:Profile drawing
- 2.1 Drawing of highway longitudinal section design drawings (1)
- 2.2 Highway of highway longitudinal section design drawings (2)
- 2.3 Drawing of land occupation lines
- 2.4 Drawing of topographic map symbols and slope indication lines
- Chapter 3:Bridge layout drawing
- 3.1 Bridge layout map layer Settings
- 3.2 Drawing method of axis of bridge pier and platform
- 3.3 Marking of the axis number of bridge pier and platform
- 3.4 Drawing of the main beam of the bridge elevation drawing
- 3.5 Drawing of abutments for bridge elevation drawing
- 3.6 The drawing of the ear wall of the bridge elevation drawing
- 3.7 Drawing of bridge piers for the drawing of bridge elevations
- 3.8 Drawing of pile foundation for bridge elevation drawing
- 3.9 Drawing of the abutments and piers of the whole bridge in the bridge elevation drawing
- 3.10 Drawing of the piers and abutment planes in the bridge plan drawing
- 3.11 Drawing of the bridge deck in the bridge plan drawing
- 3.12 Marking of each part of the bridge
- Chapter 4:Basic 3D graphics drawing
- 4.1 Drawing and observation of simple three-dimensional entities
- 4.2 3D graphics setup
- 4.3 Smooth solid
- 4.4 Sectioning and cross-section processing of solid
- 4.5 Advanced graph query
- 4.6 Application of the User Coordinate System (UCS)
- Chapter 5:Road 3D graphics drawing
- 5.1 Dynamic observation command Vpoint
- 5.2 Stretching to Establish 3D graphics of road subgrade
- 5.3 Rotating to establish solid
- 5.4 Sweeping to establish road solid
- 5.5 Lofting establishes the road solid
- Chapter 6:Bridge 3D graphics drawing
- 6.1 Intersection operation
- 6.2 Difference set operation
- 6.3 Union operation
- 6.4 Draw abutment
- 6.5 Draw pier
- 6.6 Draw hollow slab
- 6.7 General assembly of bridge solid graphics
- Chapter 7:Drawing abutment
- 7.1 Draw the back wall of the abutment
- 7.2 Draw the ear wall of the abutment
- 7.3 Draw the anti-seismic block of the abutment
- 7.4 Draw the corbel of the abutment
- 7.5 Draw the coping of the abutment
- 7.6 Draw the pile foundation and column of the abutment
- Final exam
Taught by
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