To generate parts, assembly and drawings with i logic .

Add a dialog box to see the required thickness for internal pressure for each component based on temperature and internal pressure. It is applicable for heads, shell, nozzle necks, body flanges - Like picture enclosed.

A tall vessel or column is normally designed with a particular liquid level. It would be very helpful if a new user case can be defined allowing to calculate full of liquid (which is not water, it is not the same as hydrotest).

When it is added local loads for nozzles, these loads should be taken in consideration for the support calculation and fundation loads considering the location and orientation of nozzle, for example, Nozzle A located on top head has local loads su...

We have noticed that the software systematically considers all jackets as type 2 in the jacket closure calculation following PD 5500. We need you to integrate the concept of type 1 jackets in the next version to facilitate support for this type of...

It is not possible to set 2.5 Convolutions (N). In some cases, I have to consider bellow with 2.5 convolution, but I cannot design as there is no option to enter this value.

Need to add an option to consider "as formed" and "annealed" bellow This will impact on following parameters and user can choose as per their requirements, ASME Km & Kg factor ASME factor 2.3 or 0.75 for Sy* EJMA Cm factor

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...

I noticed that Autopipe uses a limited amount of computer power. In a time-history analysis with a modal frequency of 400hz on a relatively small model it took about 30min using only 6 to 9% of the computer's processing power. An improvement in pr...