Currently, the interface between Autopipe and Openplant is disconnected. Users have to manually export piping models to Autopipe, and perform analysis. If changes need to happen in one model, the other model isnt't updated dynamically. Further, th...

By default, when you insert a WN or Lap Joint flange in Autopipe, it does not account for SIF at the BW joint. User has to enter an additional node point at a flange length and define a Joint Type with a defined offset. This could be automated.

When using AutoPIPE on laptop connected to a docking station or additional monitors, then removed to just using a laptop screen may cause the input / results grids to not be shown in the visible area. The grids are hidden out of screen view. Recom...

Spring hanger arrangement, see attachment.

Provide a color map based on the Connected Segments (Select > Segments > Connected Segments). For each disconnected group have a unique color assigned.

Currently The Loads > Steam Relief > Steam Relief command enables the user to define the thrust loads at steam exit points due to a discharge through a safety relief valve. Add ability for program to analyze other gas & liquid relief val...

Autopipe has multiple windows, tools, floating windows, grids and other UI Elements. For users that use multiple monitors, The above UI Elements often move around, and re orient themselves. By providing the user with a second UI Application Window...

ASME B31.3-2022 F312 FLANGED JOINTS suggests using UG-44(b) "for qualifying piping external loadings on welding neck flanges". UG-44(b) is a modification of the very conservative equivalent pressure method.

When a bend is a miter display with the number of cuts or at least just one cut so they do not look like formed bends.

Similar to APC files, it would be much more convenient if Autopipe packaged all essential sub files during an analysis project and created a single file by default. It would ensure that the user does not make a mistake and stores the wrong files. ...