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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...

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

When calculating earthquakes for pressure equipment, need to add design according to paragraph 3.2.2.5 of EN 1998-1. This would allow the design to consider a reduced design spectrum relative to the elastic range.

The current approximation of considering the loads at the legs-shell junction is no longer justified since the implementation of the detailed calculation of the legs. But a new method to check the base plate of legs must be implemented (See: Denis...

Nous avons très régulièrement des demandes client pour calculer des appareils suivant différents codes, avec des tubulures carrées et/ou rectangulaires. Est'il possible d'intégrer ce genre de tubulures dans autopipe vessel? We regularly receive cu...

Lors de calcul de double enveloppe, nous avons constaté qu'AUTOPIPE VESSEL n'intégre pas la partie C12 du CODAP. C'est un manque important dès qu'il y a double enveloppe. Nous supposons également que si ce manque est existant au niveau du CODAP il...

It would be useful to add the verification of the stresses during lifting when the equipment is inerted with nitrogen at 0.5 barg (or with another gas at another pressure). The temperature could be also selected (room or higher temperature). The e...

The Software calculate the fiber elongation according ASME SECTION VIII division 1 according UG-79. The term “t” is the nominal thickness for the component. For dished end it is only possible insert the minimum thickness and the calculation of the...

When we have a bogy flanged implemented in a cylindrical shell we need to define a thickness for shell and a thickness for flange (g0). Normally the both thickness are the same and the software only take into account the shell value for internal p...