Add options into application that accommodates En13480 table A.2 specification for all fittings per En10253 requirements to define pressure factors to be applied to fittings of Type A and wall thickness requirements of fittings of Type B. Add opti...

Piping Stress, Pipe Support, and Foundation load generation require different analysis conditions using different seismic loads to meet differing code requirements. Currently, this is difficult to manage in the same autopipe file as users may have...

Currently AutoPIPE analyzes analysis sets one at a time. Between each analysis set the application writes the results of the analysis from the cache temp folder to the model folder. Models containing multiple analysis can take an extended period o...

Whilst using AutoPIPE Nuclear to assess pipework to ASME III, the models included different regions of pipework that were required to be assessed to ASME III Class 1 and Class 2 respectively. As it is not possible to assess to two different piping...

Add manufacturer library to select for SIF's to populate to meet B31.J as per B31.3 2020

As a subsea engineer using AutoPipe for modelling spools and jumpers, it is frustrating and misleading that AutoPipe does not account automatically for external pressure in all codes.

Does any means exist to enter multiple ambient temperatures for piping? For example: Case 1: Header with tie-in valve operating at 375F. Will fit up proposed piping at 70F to tie-in valve in hot position. After tie-in valve is open header remains ...

Provide user ability to insert cooler nozzle allowables per API 661. This would help with cooler orientation and no longer require user to look up allowable values each time. Provide a multiplier allowable (i.e. 2x 3x API limits)

Reference point is great tool to verify connector capacity. Currently only symmetric allowable values could be used. Many times connectors allowable loads are nonsymmetric ex. range of values -80 to 0kN or -150 to 350kNm. See attached image. It wo...

You currently only have 1 place to input the Wind shape factor and this is applied to all pipes but the value is different for each diameter in Accordance with AS1170.2. This value could be input in the pipe properties for individual pipe sizes, t...