ASME released a new FRP standard for pipe stress analysis in 2019. This would be very beneficial for FRP analysis compared to ASME B31.3.

Currently, the Ring Tool is limited to apply all Run Branch types or all Tee Branch Types. Why doesn't the tool allow the user to independently define which nodes need to be tees or runs? See attached screenshot for details.

When a user defines custom projections in the Ring Tool dialog, and then realizes they need to add an additional angle, it is not possible. The current method requires the user to clear out the custom angles defined and reenter the custom defined ...

Currently the results summary will show the worst case for the flange. ASME B16.5 flanges combined with spiral wound gaskets will commonly fail the seating condition check with the ASME division 1 checks. This can be ignored provided the operating...

Users of a company in Japan name PIPE ID under specific rule in P&ID and 3D-CAD while AutoPIPE has a limitation for PIPE ID's character length as 8 words. So they convert the PIPE ID for AutoPIPE limitation, but there is a possibility that it ...

Include EN1591-1 calculations methodology for flanges / flange leakage Look through EN 13445-3 Annex G - Alternative design rules for flanges and gasketed flange connections

AutoPIPE's Node Annotations (Insert > Node Annotations) are not able to be printed on a Stress Isometric. Using the "save isometric drawning" prompt, we have the option to isert annotations (but it's not a good way to do it), and it's not relat...

Users cannot edit or modify existing rings. This is costing significant manhours to redo Ring Placement if the user forgets something during the initial ring placement.

When analyzing nozzle loads acc. to EN 13445 designed vessels.

In the European Union we design wind loads acc. to EN 1991-1-4 (Wind), hence it would be nice if wind loads are implemented as in other pipe stress analysis programs.