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Grade Parking Features using a Setup Surface (Course Duration: 25 minutes)
Course Description In this course, you will learn how to leverage a setup surface to grade parking features. Setup surfaces are auxiliary surfaces used to aid in the grading of proposed design features. They can be used in a variety of grading applications, including to elevate feature lines and perform interactive edits. This course will use a setup surface to establish a grading plane for a parking design. The setup surface will be created from a single feature and gradings, then be used to elevate the proposed design features. This is just one basic example of how a setup surface can be leveraged in your Civil 3D projects.
Course Objectives The material presented in this course teach you how to: Create a setup surface for a planar grading design Elevate and associate grading features to a surface Add breaklines to surface using supplementing factors Smooth surface to create more natural looking contours Refine proposed grading using a setup surface
Course Prerequisites To participate in this training course, you should have the following: Fundamental knowledge of grading objects in Civil 3D
CPD via CPD UK Accredited Course This course is eligible for Continuing Professional Development (CPD) credit via CPD UK. This is a globally recognized CPD meaning the learning activity has reached the required Continuing Professional Development standards and benchmarks. If you would like to learn more, please see CPDUK. You can log your CPD credits by creating an account and providing the correct, required information. If you would like to log your CPD credits with another organization, you will need to navigate that process as directed by the target organization.
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Grade Planar Culdesac Course Introduction (Course Duration: 35 minutes)
Course Description In this course, you will learn how to leverage a setup surface to grade a planar culdesac design. Setup surfaces are auxiliary surfaces used to aid in the grading of proposed design features. They can be used in a variety of grading applications, including to elevate feature lines and perform interactive edits. This course will use a setup surface to establish a grading plane for a culdesac. The setup surface will be created from a single feature and grading, then will be used to elevate the proposed design features. This is just one basic example of how a setup surface can be leveraged in your Civil 3D projects.
Course Objectives The material presented in this course teach you how to: Create grading features to establish a planar setup surface Leverage Setup Surfaces to create proposed grading Incorporate culdesac grading into a corridor model Transition pavement grades between corridor regions Assign corridor targets to override width and elevation parameters Interactively edit culdesac grades in final corridor model
Course Prerequisites To participate in this training course, you should have the following: Fundamental knowledge about Feature Line and Corridor modeling in Civil 3D.
Grade Superelevated Intersection Course Introduction (Course Duration: 30 minutes)
Course Description In this course, you will learn how to grade a superelevated intersection. Superelevated intersections can present a grading challenge in Civil 3D as the pavement cross slope varies through the intersection. To accurately grade an intersection, where one or both of the intersecting roads have a non-standard” cross grade, you will need to use offset and/or elevation targets to override the default offsets and/or cross slopes. To create these targeting features, and maintain a dynamic intersection model, you can use a setup surface. The grading example presented in this course addresses a T-intersection, where only the primary road is being superelevated. The same grading principles can be applied to 4-way intersections, where both roads have non-standard cross grades.
Course Objectives The material presented in this course teach you how to: Create a setup surface for a superelevated road Establish offset alignments that are bound to a centerline alignment Establish surface profiles that are bound a setup surface Create an intersection object using existing offset alignments and lane slope profiles Create a corridor surface using links and feature lines Edit the design speed and recalculate superelevation for an alignment Update the intersection model after editing superelevation
Course Prerequisites To participate in this training course, you should have the following: Fundamental experience working with alignments, profiles, and corridor models. Fundamental experience working with Intersection objects.
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