OpenRoads Designer - Model Detailing
Created: November 2, 2020DISCLAIMER: The following OpenRoads Designer (ORD) videos is for informational use only. The videos do not follow the Tennessee Department of Transportation (TDOT) workspace and should only be viewed as an instructional guide to help the user. Users will need to have a Bentley® account in order to view videos.
Beginner ●○○
intermediate ●●○
Advanced ●●●
This course teaches tools and techniques that can be used to lay out a complex intersection. It will focus on the Horizontal and Vertical Geometry tools to create 2D and 3D geometric elements. In this course, you will be designing a complex intersection that includes turn lanes, median islands and turn lane islands. 2D horizontal geometry will be created using the Horizontal Geometry tools and Profiles and 3D elements will be created using the Vertical Geometry tools. The objective is to create a terrain model of the proposed pavement surface and analyze the proposed drainage contours.
Create the Edge of Pavement Geometry 11:27
In this exercise, you will learn how to create the edge of pavement horizontal geometry.
Create Geometry for the Median 10:59
In this exercise, you will create the median edge of pavement horizontal geometry.
Create Vertical Geometry Along Edge of Pavement 10:33
In this exercise, you will learn the tools used to create profiles for the edge of pavement horizontal geometry.
Create Vertical Geometry Along Match Line and Boundary Elements 05:54
In this exercise, you will learn the tools and process used to create profiles along the match line and boundary elements.
Create Profiles Along the North Island Edge of Pavement 07:38
In this exercise, you will learn the process to create the north island vertical geometry.
Create a Terrain Model of the Proposed Intersection Roadway Surface 10:10
In this exercise, you will learn how to define the profiles along the median edge of pavement. You will create a terrain model of the intersection pavement surface. The median profiles and 3D elements will be created by “draping” the 2D median geometry onto the terrain model. Once the terrain model is created we will then analyze the drainage patterns by displaying the contours and adjust the model to correct some grading issues.
This course teaches tools and techniques that can be used to accurately model a complex intersection in 3D. In this course, you will learn how to: Use Linear Templates to create the curb, sidewalk and side slope grading along the edges of pavement and islands. Use Surface Templates to apply material thickness to the pavement surface and median islands. Create a Finished Grade Terrain Model using Graphical Filters. Export Finished Grade Terrain Model to LandXML format.
Model the Island and Median Curbs 04:50
In this video, you will model the island and median curbs using linear templates.
Model the Interior Areas of the Islands and Median 04:42
In this video, you will model the area inside of the islands and the median by creating a terrain for each and then applying a surface template that will create the concrete caps.
Model the Pavement Layers 03:18
In this video, you will model the pavement layers using a surface template.
Model the Curb and Gutter, Sidewalks and End Conditions 09:50
In this video, you will model the curb and gutter, sidewalks, and external side slopes using a linear template.
Create a Combined Finished Grade Terrain Model 04:20
In this video, you will learn how to create a combined finished grade terrain model from the Church Rd. Corridor, Church Rd. Intersection, and the London Rd. Corridor.
This course demonstrates how to turn 2D elements into 3D elements by adding profiles and elevations to civil elements that are typically found outside the limits of a roadway corridor (i.e. civil sites, building pads, parking lots, ponds, infield grading, bridge abutment grading, etc.) In this course you will learn how to create 3D elements (or features) and Proposed Terrains using fundamental site modeling and non-corridor modeling techniques.
Create Cell Tower Pad 09:08
In this video, we will use the Profile from Surface tool to generate a profile for the tower pad whose elevations will be determined by draping onto a surface and then offset vertically 4.0 feet [1.2 m] above the surface.
Create Cell Tower Yard 03:54
In this video you will learn how to project a -1% slope away from the tower pad (in all directions) to the tower yard perimeter to establish the elevations of the tower yard area. We will use the Profile By Slope from Element which allows you to project a constant slope from one element to another.
Create Terrain Model for Cell Tower Yard 07:37
In this video, you will learn how to create a terrain model from the tower pad and tower yard elements and also how to review and analyze the terrain.
Create Tower Yard Grading and Analyze Volume 07:57
In this video, you will learn how to create the slope grading around the perimeter of the tower yard using linear templates. You will also learn how to add additional features to the tower yard terrain and how to analyze volumes.
Create Driveway Profiles 08:12
In this video, you will learn how to create the driveway profiles using the Vertical Geometry tools. You will also learn how to add the driveway elements to the terrain model.
Create Driveway Grading 12:43
In this video, you will learn how to create the driveway grading using linear templates. You will also learn how to use target aliasing and corridor clipping to clean up areas of overlap in the model.
Apply Surface Template to Terrain Model 03:08
In this video, you will learn how to apply a material to the terrain model using the apply surface template tool.
Review Cross Sections 03:21
In this video, you will learn how to review the cross sections of the cell tower site.
Create Complex Terrain 04:46
In this video, we are going to combine the tower yard terrain model with other terrain models on the project to form one single terrain. We will utilize the Create Complex Terrain Model tool to accomplish this.
Create Pond Grading 08:45
In this video, you will learn how to create and model a Pond in an infield area between multiple corridors using a linear template to create all of the pond 3D features.
Create Pond Terrain Model 05:15
In this video, you will learn how to create a terrain model of the pond.
Create Combined Terrain Model 04:05
In this video, you will learn how to create a combined complex terrain model of the pond terrain and the infield terrain model. You will also, learn how to analyze the pond volume.
Analyze Slopes 02:58
In this video, you will learn how to analyze elevations and slopes within the terrain model.
This course is for both new users and users upgrading from previous versions of PowerCivil, Power GEOPAK, MX, and Power InRoads software to use the OpenRoads Technology in SELECTseries 3. You will learn the basics of placing civil cells. This includes gaining an understanding of what civil cell references are and how to use them in a practical workflow. You will learn to use the civil cells delivered with the product, as well as how to use civil cells taken from external sources and incorporate them into your models. You will learn to edit and re-use civil cells that have been placed within a model.
Placing a Civil Cell 06:36
Learn how to place a civil cell and understand the rules to the reference elements that are created.
Reviewing a Civil Cell 01:50
Learn how to review civil cells in the 3D model and using the Explorer.
Using Alternatives when Placing Civil Cells 03:28
Learn how the Alternatives prompts allow civil cells to adapt to different geometry configurations.
Placing Civil Cells in Different Geometry Configurations 01:49
Learn how civil cells can be placed on different geometry configurations.
Editing Geometry in a Civil Cell 04:52
Learn how to edit geometry in a civil cell such as pavement widths or curve radii.
Editing Linear Templates in a Civil Cell 05:56
Learn how to edit linear templates in a civil cell and how to adjust Parametric Constraints to affect the model.
Place the T-Intersection Civil Cell in a Design Scenario 04:07
Learn how to edit linear templates in a civil cell and how to adjust Parametric Constraints to affect the model.
Place Sidewalk ADA Ramp Civil Cell 04:07
Learn how to place the reference geometry and a sidewalk ADA ramp civil cell.
Place Pond Civil Cell 01:49
Learn how to place a pond from a civil cell that is defined in the active DGN file.
Learn how OpenRoads Designer allows you to analyze, design, and model curb ramps. We will discuss how the combination of reality capture technology and OpenRoads Designer modeling can be used to evaluate existing curb ramps for regulatory compliance as well as stream-lining the design of ramps to meet legal requirements.
Modeling ADA Compliant Ramps 31:30
Learn how OpenRoads Designer allows you to analyze, design, and model curb ramps. We will discuss how the combination of reality capture technology and OpenRoads Designer modeling can be used to evaluate existing curb ramps for regulatory compliance as well as stream-lining the design of ramps to meet legal requirements. The session will cover a practical example that addresses a real-world design and construction issue including the need to evaluate, re-design, and re-construct non-compliant curb ramps, using ContextCapture to model existing curb ramps, and using OpenRoads Designer to design and model compliant curb ramps.
This Page Last Updated: November 10, 2020 at 8:30 AM