Pv Elite Inventor Plugin: [2021]

Unlocking Seamless Workflows: The Ultimate Guide to the PV Elite Inventor Plugin

In the high-stakes world of pressure vessel and heat exchanger design, two software names have long stood as industry pillars: Autodesk Inventor for parametric 3D modeling, and PV Elite for rigorous mechanical design and code compliance (ASME, EN, AD 2000, etc.).

Disclaimer: Features and compatibility vary by version. Always consult Hexagon and Autodesk’s official documentation for current support status. pv elite inventor plugin

What works well

  1. Inventor-to-PV Elite: You can assign material, corrosion allowance, pressure, and temperature data directly to 3D features in Inventor (shells, heads, nozzles, flanges). One click then exports all this geometry and data into a new or existing PV Elite .pve file.
  2. PV Elite-to-Inventor: After performing calculations in PV Elite, you can push critical changes—such as required thickness increases, nozzle reinforcement pad sizes, or altered shell lengths—directly back into the Inventor model, updating the 3D geometry automatically.
  1. Close both Inventor and PV Elite.
  2. Download the plugin from Hexagon’s Support Portal (requires an active Support, Software, and Maintenance contract).
  3. Run the installer (PVElite_Inventor_Plugin_x64.msi).
  4. During setup, select "Integration for Autodesk Inventor."
  5. Launch Inventor. You should see the "PV Elite" tab in the ribbon.
  6. Go to Tools > Add-Ins and ensure the plugin is loaded (not just loaded on startup).

To ensure a successful setup, users should follow these standardized steps: Unlocking Seamless Workflows: The Ultimate Guide to the

Phase 1: Modeling in Autodesk Inventor

The designer creates a 3D model of the pressure vessel using standard Inventor parts or sheet metal features. For the plugin to function optimally, the model generally adheres to specific modeling conventions: Close both Inventor and PV Elite