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Workflow Processes:

• Create Borehole Surfaces (Geotechnical Module)

  This process outlines the core tasks required to create strata surfaces from borehole data using the Autodesk Geotechnical module.

  To create strata surfaces with this workflow, the boring log data must be entered into 2 separate CSV files, then imported into the project drawing. The imported boring data will automatically generate the strata surfaces, which can then be viewed and analyzed within the drawing display. 3D views along with plotted profiles of the strata surfacs can be produced.

  The strata surfaces that are created in this process are produced strictly from the boring log data, with no analysis or conflict resolution to other precreated Civil 3D surfaces.

  NOTE: The Autodesk Geotechnical Module is developed by Keynetix. Keynetix offers other companion products including HoleBASE SI Standard, HoleBASE SI Professional, HoleBASE SI Extension for Microsoft Excel and HoleBASE SI Extension for AutoCAD Civil 3D. If you are interested in learning more about these other products review the videos below and contact Steve Biver (steve.biver@eaglepoint.com).

  HoleBASE SI Standard
  Importing Drillers Data Directly from KeyLogBook
  Quick Logs and Reports
  Editing Data In HoleBASE SI
  Filtering and Grouping Your Data

  HoleBASE SI Professional
  Archive Mapping
  Instantly Start Your Desk Study With HoleBASE SI
  Display and Filter Data on the Map
  Use Sections to Help Interpretation

  HoleBASE SI Extension for Microsoft Excel
  Fast Reports Directly From Excel
  Designing Excel Reports for HoleBASE SI

  HoleBASE SI Extension for AutoCAD Civil 3D
  Boreholes in AutoCAD Civil 3D
  Creating and Modifying Geotechnical Surfaces
  Creating Dynamic Geotechnical Profiles
  Dynamic Geotechnical Data

• Create Borehole Surfaces (Designers Companion)

  This process outlines the core tasks required to create strata surfaces from borehole data using Eagle Point’s Designers Companion.

  To create strata surfaces the boring log data can be entered into a CSV file , then imported into the project drawing, or the point data can be entered into the drawing manually. The soil boring data is used to generate the strata surfaces, which can then be viewed and analyzed within the drawing display. 3D views, along with plotted profiles of the strata surfaces can be produced.

  The strata surfaces that are created in this process are produced from the boring log data, but can take into consideration conflict checking with surfaces above them. Three different surface types can be used to model the soil boring surface that include parallel, absolute conflict checking, and absolute no conflict checking.