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.

When it comes to exporting pipe support loads from AutoPIPE to STAAD, PipeLINK is an effective tool. While PipeLINK has most of the necessary functionality, there is a lack in the ability to add a Design Margin to the pipe support loads sent from ...

Requesting the contour style of the general stress. Not only code stress but general stress. We need a visual image with a stress contour to evaluate general stress qualitatively.

ASME released ASME NM.1 for thermoplastic piping systems. It is handy for stress analysis of plastic pipes (PVC, CPVC, HDPE. PE, ...) compared to ASME B31.3. It will be beneficial if Autopipe includes this code as an option for analysis.

Hi - is there a way to include consecutive elbows or bends in AutoPIPE? We have a model with back to back elbows and the model does not render the geometry well. Second, it appears that the Elbow forum is missing previous pages. Is Bentley still w...

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

Looking for an update to flex coupling input box to better model flexible coupling behavior. Flexible joint additional inputs (see attached) 1) Max angle of deflection for flex joint 2) Two stiffness inputs for bending stiffness. Stiffness changes...

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...

Modal Analysis Results to include Modes Normalized, the normalized result output would greatly help users locate which node points have the highest displacements where additional restraints could be needed to increase frequency at each mode results.