AutoPipe CE tutorial for beginners
https://www.youtube.com/watch?v=NWDOHGrKN8I
In this section you will learn the basics of building a new AutoPIPE model. You will be taught the basic dialogs and commands needed to start a new system. The model will consist of pipes, bends, anchors, vertical supports and guide supports. You will learn how to add piping points and supports, insert pipe spans, and insert supports at multiple points. You will consider both dead weight (Gravity) and thermal loads. You will be using ASME B31.3 piping code for Chemical Plant and Petroleum Refinery Piping throughout this training.
AutoPipe Nonlinear Load Sequencing
https://event.on24.com/wcc/r/2394709/33A0C6AF1A3DC94CD307CA6F288A6F64?partnerref=SocialMedia
Piping supports always have either gaps, friction or soil supports. Join this informative webinar to learn how AutoPIPE's advanced non-linear load sequencing feature helps you carry out piping analysis with multiple scenarios and deliver more accurate results.
In this session you will learn:
- Non-linear analysis
- Load sequencing
- Multiple analysis sets
AutoPipe Support Optimizer
https://event.on24.com/wcc/r/2601865/2634E107C9EC2D50D5B6F833D5D64EA3?partnerref=SocialMedia
Join pipe engineering experts to learn how you can achieve optimal pipe design that requires the least amount of supports without sacrificing quality or safety. Discover how support optimizer saves your time by finding solutions that satisfy your criteria.
Our experts will also demonstrate:
- Minimizing support equipment weight and cost with optimum designs
- Gaining better intuition for pipe support design
- Evaluating multiple design solutions from a list automatically generated by support optimizer
- Discuss
- Support Optimizer Genetic Algorithm
- Workflow
- Setting up support optimization
- Reviewing Optimization's results
- Special Consideration
Piping and Structural Interoperability
https://event.on24.com/wcc/r/2425229/4EEC4FFC604F2F404731E8D2A8DCB8D7?partnerref=SocialMedia
Lack of collaboration between pipe stress and structural engineers often leads to design issues and project inefficiencies. Join this webinar to learn how application interoperability helps piping and structural teams save time and perform more accurate pipe stress analysis.
In this session, you will learn:
- How to import piping support reactions into structural analysis application
- How to import structural models into pipe stress analysis application, AutoPIPE
- Combined stiffness analysis of piping and structure
Plant design Interoperability
https://event.on24.com/wcc/r/2999545/DD4E67BA8E84BB646516E533F5A89360?partnerref=SocialMedia
Learn how you can achieve optimal plant design and analysis through interoperability between disciplines and applications. Discover how these interoperabilities help save you engineering hours and avoid surprises during construction/commissioning.
Our experts will also demonstrate:
- Plant Modeling and Pipe Stress Interoperability
- Plant Modeling and Structural Analysis Interoperability
- Pipe Stress and Structural Analysis Interoperability
- Pipe Stress and Pressure vessel design Interoperability
- BIM and Structural Analysis Interoperability
- Structural Analysis and Structural Detailing Interoperability
See Also
View list of pre-recorded videos to play on-demand (filter list by Product = AutoPIPE)
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Webinars AutoPIPEAutoPIPE Vessel | Direct link to Webinars click here | |
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Direct link to YouTube - click here |