AutoPIPE Ideas Portal

Welcome to the AutoPIPE Ideas Portal. We value your feedback, and our team regularly reviews your ideas and considers them for future improvements to our products and services.

You have 3 options for providing feedback:

  1. VOTE for an existing idea. The popularity of an idea helps us understand its importance to the community.

  2. COMMENT on an existing idea. We want to hear your unique point of view.

  3. ADD a new idea. You can always submit a new idea if no existing one describes your suggestion.

When you add, vote or comment on an idea you will also be subscribed to that idea and receive status updates. Please note we may merge or rename ideas for better clarity for the community. Thank you for your support and feedback.

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All ideas

    Please modify the latest version of Autopipe so that it exports a PST file.

    The pst file is used to automate the preparation of the thermal stress calculation sheet and the support design condition sheet. However, it cannot be used if the version of autopipe is upgraded. Your company's policy is to invalidate assets that ...
    Guest 8 months ago in Reporting 0 Needs review

    Add Node/Support point text leader lines

    When using AutoPIPE or relating an output report to a model, users need to be able to clearly read the indicated text on screen / screen shot added into an report. This is not easy in congested areas with how AutoPIPE currently displays informatio...
    Mike Dattilio about 2 years ago in UI 0 Needs review

    Include option to extract displacement results (at node points) in local axes

    Nodal displacement results in local axes would be immensely useful. I use AutoPIPE for onshore pipelines which are not straight & reviewing the displacement locally is often needed.
    Guest almost 2 years ago in Reporting 2 Future consideration

    Request for Enhancement of NTL Batch Processing for Buried Pipe Analysis

    Dear AutoPIPE Development Team, We are currently working on a high-level automation of piping stress analysis using the AutoPIPE NTL batch processing format. To improve the accuracy and efficiency of buried pipe analysis via batch input, we would ...
    Guest 9 months ago in AutoPIPE Pipe Stress 0 Reviewed

    ASME B31.1 add option to change combination method of default occasional code combinations

    The combination method for the default ASME B31.1 occasional code combinations is absolute sum. Per ASME B31.1 para 104.8.4(b), if the method of analysis for occasional loads is such that only the force and moment magnitudes without relative algeb...
    Michael Wood 5 months ago in Code 0 Reviewed

    Fix AutoPIPE window position on multiple monitors

    When using AutoPIPE with multiple monitors, there are several scenarios in which a window positions will get messed up. One example is the interactive results box will sometimes become very tall, with the results still shown at the top and then bl...
    Michael Wood almost 4 years ago in UI 2 Future consideration

    Stress Isometric: populate isometric title block

    Add options to export data from AutoPIPE that will to fill in attribute data for a Stress Isometric title block.
    Mike Dattilio over 3 years ago in UI 1 Needs review

    Reference Loads - Results Database

    Currently, AutoPIPE does not have the option to export reference loads to a .mdb file. I want to be able to easily compare the Reference Loads to their allowable. This is most handy when you have radial nozzles. Please include the allowable loads ...
    Sean Pellerin about 4 years ago in AutoPIPE Pipe Stress 1 Future consideration

    Export unit vectors for local axis of a node.

    For a point (say A00) , I would like to obtain the local coordinate system as unit vectors, such as: Local X direction = [Xx, Xy, Xz]Local Y direction = [Yx, Yy, Yz]Local Z direction = [Zx, Zy, Zz] I am also interested in exporting this informatio...
    Guest 5 months ago in Reporting 0 Needs review

    Support Load - Resultant Vector

    Result Grid provide a resultant value for the loads in the X, Y, and Z directions. Would it be possible to calculate the angle of the resultant vector in the X, Y, and Z directions?
    Guest 5 months ago in Reporting 0 Needs review