In the world of pressure vessel design, engineers face a persistent inefficiency: designing the geometry in Autodesk Inventor, and then manually re-entering that same data into PV Elite for code compliance analysis. This manual transfer is not only time-consuming but introduces a high risk of human error. A single missed nozzle location or an incorrect shell diameter can lead to costly rework and fabrication delays.
Traditionally, the workflow between engineering and design was siloed. An engineer would define the vessel geometry, shell thickness, and nozzle placements in PV Elite. Once the analysis was complete, a CAD designer would take those PDF reports or spreadsheets and manually build the 3D model in Inventor. pv elite inventor plugin
Instead of sketching from scratch, the plugin reads the PV Elite (.pv) file and automatically generates a native Autodesk Inventor assembly. This includes: Shells and Heads Nozzles and Flanges Supports, Saddles, and Skirts Internal components like Trays and Baffles 2. Maintaining "Single Source of Truth" In the world of pressure vessel design, engineers
Once the design passes code requirements, use the "Update Model" feature. The Inventor geometry adjusts to match the verified thicknesses and dimensions. Instead of sketching from scratch, the plugin reads