Brought to you by: Sponsored by: The webinar will begin shortly. You will hear silence until the webinar begins. Please note that this webinar is being recorded and all registrants will be sent the link to the recorded version as well as the link to the PDF version of the presentation. Audio is provided through your computer speakers only. If you are unable to hear the audio through your computer speakers, simply click on the “request phone” button on the top right hand side of your screen for teleconference information. Technical Support Problems for this Webinar: Email: [email protected]Extracting Plant Deliverables from AutoCAD Point Clouds
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Extracting Plant Deliverables from AutoCAD Point … Plant Deliverables from AutoCAD Point Clouds . ... deliverables as well as performing equipment analysis ... – AutoCAD 2015 (Plant
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Brought to you by: Sponsored by:
The webinar will begin shortly. You will hear silence until the webinar begins.
Please note that this webinar is being recorded and all registrants will be sent the link to the recorded version as well as the link to the PDF version of the presentation.
Audio is provided through your computer speakers only. If you are unable to hear the audio through your computer speakers, simply click on the “request phone”
button on the top right hand side of your screen for teleconference information.
Technical Support Problems for this Webinar: Email: [email protected]
Extracting Plant Deliverables from AutoCAD Point Clouds
This webinar will prove that native AutoCAD point clouds can be efficiently used to extract typically needed plant deliverables.
At the end of this session you will… • Understand the challenges and benefits of using laser
scanning in real world projects
• Gain in-depth knowledge of how to get started with AutoCAD point clouds
• Learn about deriving piping and structural design deliverables as well as performing equipment analysis
• Realize that industrial facility designers are doing this now and so can you
Case Study: Extracting piping and existing tie-in points Eric Kirsch, Jacobs Engineering Case Study: Performing equipment analysis on tanks Aaron hunt, TruePoint Scanning, LLC Demonstration: Piping, tie-ins, equipment & structural extraction John Bunn, kubit USA, Inc.
– AutoCAD (25 years) – Navisworks – CADWorx, Plant 3D
• 2008: Exposed to laser scanning – 3rd party firm scanned and created 3D models – Competition began offering scan services directly – Limited modeling and tie-ins rather than full model
• 2010: Investigated software solutions
– Began using AutoCAD 2010 with kubit PointSense Plant – Creating as-built models, tie-ins, structural to CADWorx
• Begin identifying tie-in points and interferences
• Using PointSense Plant
New 30” Nozzle
New 30” Nozzle
New 30” Suction Piping
New 30” Tie-in Flange
New 30” Suction Tie-In
30” Tie-In
Flange
Tie-In Points
• Unexpected revisions /add-ons
• Integrating multiple new scans
• Tight scheduling requirements
• Completion 10 hours ahead of schedule
• The project has eliminated pump cavitation
• Approx. $500,000 saved in just production
Case Study: Extracting piping and existing tie-in points Eric Kirsch, Jacobs Engineering Case Study: Performing equipment analysis on tanks Aaron hunt, TruePoint Scanning, LLC Demonstration: Piping, tie-ins, equipment & structural extraction John Bunn, kubit USA, Inc.
– Headquarter in Toledo, Ohio – A laser scan service provider – BIM Services Provider
• AutoCAD Experience (20+ years)
www.truepointscanning.com
• Began working with point clouds 2012
• Experience with Leica scanner & Software – Leica C10, P20 – Cyclone for registration – AutoCAD point clouds (2013) – kubit assist with creating
deliverables
• AutoCAD 2012-2013 – Poor viewing quality – Point Cloud size sacrifices scan quality – Difficult to model in 3D
• AutoCAD 2014-2015
– New point cloud engine – Improved viewing quality – Much better scan management – Kubit now a better assistant in 3D modeling/analysis
AutoCAD 2012 ISD cloud
AutoCAD 2015 RCS cloud
AutoCAD 2012 ISD up-close AutoCAD 2015
RCS up-close
Evaluating tank volumes and deformation in AutoCAD
• Document tank surface dimensions • Contour tank Floor • Perform varying volume calculations per
elevation • Measure wall contours and deformation • One field day to collect data
• Collected Scan data – Registered data (Cyclone) – Isolated tank interior (3 scans)
• Imported PTS scan to Autodesk ReCap – Converted to RCS format for AutoCAD – Insert point cloud in AutoCAD Civil 3D
• Perform tank analysis
– Using PointSense Plant
• Field Time • Initial Modeling with CAD – Labor
intense • Reporting – Volume calcs, drawings
• Quick data collection • Highly accurate volume calculation • Provide completely new deliverables
to client • Fabrication and Design savings
Case Study: Extracting piping and existing tie-in points Eric Kirsch, Jacobs Engineering Case Study: Performing equipment analysis on tanks Aaron hunt, TruePoint Scanning, LLC Demonstration: Piping, tie-ins, structural & scan analysis John Bunn, kubit USA, Inc.
John Bunn, kubit USA Technical Sales & Assistant Product Manager • Laser Scanning (5+ years) • Industrial facility design (14+ years) • AutoCAD Programming (11+ years) • AutoCAD Experience (15+ years) • Will defeat you at Street Fighter
• Point cloud to intelligent model – Piping – Structural
• Extracting tie-in points • Tank & planar analysis
Register in manufacturer’s software or ReCap Pro
Attach RCP in AutoCAD
Scan in field
2
1
4
3
5
All positions connected in
organized coordinate system
Import to Autodesk ReCap (RCS per scan position, RCP project file)
• Using pattern recognition algorithms to extract geometry
– Points become solid model
• Connect geometry to standard piping catalogs
– Cylinders becomes pipe – Torus equals elbow
• Creates intelligent objects rather than
primitive shapes – Generate standard reports – Asset management, isometrics, bill of materials