All ideas

It would be great if I could make a calculation when I'm finished entering the values ​​for, for example, a shell, a nozzle, an end cap, etc. It would make the work considerably easier when I have nozzles with nozzle loads, then I get a quick over...

Input the material for wear plate different from the Lug – Lifting Lugs There are so many cases that the wear plate of the lugs can be different from the material of the lug. Best regards

There are so many cases that the wear plate of the saddles can be different from the material of the saddles. For example for a stainless steel equipment it is normal to add a saddles in carbon steel. However to make the transition between the bot...

According to clause 9.7.2.4, when an opening is located within the 0.8De region of a dished end but close to its boundary (i.e., near the De/10 distance from the knuckle), the reinforcement area may be insufficient if the calculation is limited to...

At the moment it is not possible to add the value for corrosion allowance for saddles, brackets, legs or skirt. This requirements is common in a project specifications. At the moment is possible to add corrosion allowance but only for bolts. Best ...

The TEMA 11th Edition was released in 2023, but it has not yet been integrated into AutoPIPE Vessel. I kindly request that this feature be added at the earliest opportunity.

Currently, AutoPIPE Vessel uses a default air density of 1.225 kg/m³ for wind load calculations. However, air density can vary based on the geographic location of the equipment. Therefore, I request that this value be made an input parameter inste...

MDMT Calculation for the floating head components (cap, flange, split ring, floating tubular plate, etc.) does not appear only external body MDMT calculated. Please add MDMT Calculation for the floating head components

We have a pressure vessel that must be designed in accordance with ASME Section VIII, Division 1. However, for full face gasket flanges, the software by default performs the calculations according to PD 5500 (Slip-on loose flange – BS/PD 5500 §3.8...

Implement FFS as per API 579. Parts of API 579 include: 1 – Introduction 2 – FFS Engineering Evaluation Procedure 3 – Brittle Fracture 4 – General Metal Loss 5 – Localized Metal Loss 6 – Pitting Corrosion 7 – Blisters, HIC, and SOHIC Damage ...