| Feature | E3D 3.1 Performance | Comment | |---------|---------------------|---------| | Clash Detection | Excellent | Supports rule-based, tolerance-driven clashes. | | Spec-driven routing | Very Good | Catalog is robust; auto-routing works for simple runs. | | Bulk MTO | Excellent | Can generate multi-discipline reports in minutes. | | Ventilation (HVAC) design | Good | But less intuitive than dedicated HVAC tools. | | Cable tray routing | Fair | No automatic fill calculation; manual only. | | Review in 3D PDF | None | Requires third-party exporter. |
Let’s expand on the Clash Detection, as this is the killer feature of E3D 3.1. aveva e3d 3.1
The Clash Navigator panel organises clashes by severity: AVEVA E3D 3
The new "Batch Resolution" tool in 3.1 allows you to apply rules to fix hundreds of similar clashes at once. For example: "For all clashes between 4" water pipe and steel beam, offset pipe by 25mm vertically." This single command can save days of manual rework. Hard Clashes (Red): Physical intersection of solids
The "Spec-Driven Design" is stricter in 3.1. The software now enforces bolting lengths and gasket thicknesses automatically based on the chosen specification. The auto-routing algorithm is also 30% faster, finding the shortest, least obstruction-dense path between two points in complex pipe racks.
Version 3.0 introduced the new automated drawing engine, but 3.1 perfects it. The 2D drawing extractor now uses "machine learning tagging" to automatically annotate isometric drawings. It identifies pipe sizes, insulation thickness, and weld points with far greater accuracy than manual tagging. Furthermore, the integration with AVEVA Bocad for structural steel detailing is seamless, allowing bi-directional changes between the 3D model and the fabrication drawing.
The defining feature of AVEVA E3D 3.1 is its advanced visualization capabilities. Utilizing the "Zero Client" technology, the software allows for frictionless navigation through massive, complex 3D models directly within a web browser. This eliminates the need for end-users to install heavy software packages just to view a model, democratizing access to design data for stakeholders across the project lifecycle. The visualization engine is optimized for performance, ensuring that even the largest offshore rigs or processing plants render smoothly without lag.