Aveva E3d — 3.1 Best

AVEVA E3D Design 3.1 is the latest evolution of the world's most advanced 3D plant and marine design solution. It integrates 1D schematics, 2D engineering, and 3D modeling into a single, data-centric digital environment to reduce rework and accelerate project timelines by up to 40%. 🚀 Key New Features in 3.1

The 3.1 release introduces significant technical leaps over the previous 2.1 series:

Space Management: A cross-discipline application for creating functional, space, and area arrangements. It enables 3D coordination and mass property calculations (weight, volume, area) for complex ship or plant compartments.

Hull Structural Design: Full integration of hull design within the E3D environment, making it "fully clashable" with outfitting and other disciplines.

Large Coordinate Support: Improved handling of models across massive physical spans without loss of precision.

Quick HVAC Router: A new routing tool mirroring the "Quick Pipe Router" for faster, more intuitive ducting workflows.

Model Simplification: New add-ons allow users to "shrink" large equipment files before integration, boosting software performance and stability. 🛠️ Enhanced User Experience

Version 3.1 focuses on a more modern, streamlined interface to increase designer productivity:

Integrated Draw & Model: Drawing features and canvases are now combined within the Model module for seamless switching between 2D and 3D.

Grid Format Positioning: New support for aligning elements using grid-based coordinates.

Advanced Laser Integration: Expanded support for Point Cloud data (more than 7 XGEOMs) and solid point cloud visualizations, allowing brownfield projects to be modeled directly against real-world scans. ☁️ Collaboration & Cloud Integration

AVEVA 3.1 is designed to thrive on the AVEVA Connect industrial cloud platform: AVEVA E3D Design 3.1.10 Release Notes - Scribd

Developing features for AVEVA E3D Design 3.1 typically involves working within its modern, data-centric environment to enhance plant and marine design workflows. This version introduced significant architectural shifts, such as better integration with AVEVA Unified Engineering and the introduction of dedicated marine modules. Key Development Areas in Version 3.1

If you are developing a custom feature or plugin, focus on these primary functional areas introduced or enhanced in 3.1:

Marine & Hull Structural Design: Version 3.1 includes a brand-new Hull Structural Design application, which is a major development for the shipbuilding industry. It allows for early design and creation of 3D General Arrangements (GA) with output for Finite Element Analysis.

Space Management: A cross-discipline application used to manage space arrangements by purpose and location, allowing for early coordination directly in 3D rather than separate drawings. aveva e3d 3.1

Quick Draw Improvements: Enhancements to the Model module now allow you to combine Draw features directly within the 3D canvas, facilitating faster updates and drawing view types.

Large Coordinate Support: Developers can now leverage support for very large coordinate modeling, improving graphics and spatial map accuracy for massive projects.

Automation & Reporting: The Reporting with Search feature has been updated with a new interface for filtering element types, which can be hooked into for custom data extraction and automated lists. Common Custom Feature Examples

Many developers create tools to simplify repetitive tasks. Recent third-party and community developments for 3.1 include:

3-Pick Modeling: Tools that allow users to define structural elements from point clouds with just three mouse clicks.

Automated Hole Management: Plugins to manage penetrations between cableways and structures, including automated "Hole" requests to the structural discipline.

External Interoperability: Features for seamless data exchange with Tekla Structures or exporting models to RVM files for review. Technical Requirements

For recent updates like 3.1.9 onwards, ensure your development environment meets these specific software requirements:

.NET 8.0 Runtime is required for newer builds to support AVEVA Point Cloud Manager integration.

Microsoft Visual C++ 2015-2022 Redistributable (x64) (version 14.42.34433 or higher).

These tutorials provide practical examples of implementing structural and reporting features in AVEVA E3D 3.1: E3D 3.1 - Reporting with Search 9K views · 4 years ago YouTube · TDS Engr Solutions Pte Ltd Modeling Steel Structures in AVEVA E3D for Point Cloud 722 views · 1 year ago YouTube · quang tonthat

: The primary engine for drawing production, where drawings are populated directly from the 3D database. Changes in the 3D model are automatically reflected in these drawings to maintain accuracy. Space Management (v3.1.4.0+) AVEVA E3D Design 3

: A newer application for creating functional, space, area, and curve arrangements. It enables volumetric representation for coordination and mass property calculations (weight, volume, area) for reporting. Supports Module

: Dedicated to creating and modifying various engineering supports based on project-specific standards, without requiring write access to other discipline elements like piping or steelwork. Pipe Fabrication

: Provides tools for the final steps toward fabrication, including spool generation, bending optimization, and machine management. AVEVA Learning Academy Version 3.1 Feature Highlights

AVEVA E3D Design 3.1 is the latest major iteration of the industry-leading 3D design software used in process plant, marine, and power sectors. This version focuses on multi-discipline collaboration, improved modeling efficiency, and enhanced support for large-scale, complex assets.  Key Features and Capabilities 

Space Management Application: A new cross-discipline tool for creating functional, space, and area arrangements. It allows for volumetric representation and partial mass property calculations (weight, volume, area) for coordination in ship and large-scale projects.

Hull Structural Design: A dedicated application introduced in version 3.1 for marine-specific structural modeling.

Surface Manager: Features for importing surfaces from IGES, SAT, DML, and STEP formats, with built-in tools for repairing defects in third-party transfers.

Enhanced Draw and Model Integration: Version 3.1 combines features and canvas from the Model module directly into the Draw module to streamline the creation of annotated engineering drawings.

Support for Large Coordinates: Improved handling and modeling of large-scale coordinate systems for massive infrastructure projects.

Productivity Tools: Features like the Command Window for administrators to boost productivity, though users should use caution as changes directly modify the database.  Performance Benefits 

According to data from AVEVA, teams using E3D Design 3.1 can achieve significant efficiency gains:  40% faster delivery of engineering drawings. 15% reduction in total modeling time. 30% reduction in overall design time for EPC firms.  Core Modules 

Model: An interactive 3D design environment for all disciplines to work on a common model, enabling real-time clash detection.

Draw: Used to produce scaled, dimensioned, and annotated drawings directly from the 3D model data. IsoDraft: Specifically for producing piping isometrics.

Catalog: For defining and configuring project-specific standards and specifications.  System Requirements 

For optimal performance in version 3.1, the AVEVA Documentation recommends:  PDMS projects can be upgraded in place to E3D format

The sun hadn't yet risen over the port, but at Summit Engineering, the workstation monitors were already glowing with the sharp, blue interface of AVEVA E3D Design 3.1.

Elena, the lead piping designer, took a sip of her coffee and opened the "North Sea Alpha" project. This wasn't just any plant; it was a complex brownfield expansion—a tangled web of existing pipes and new greenfield modules that had to fit with millimeter precision. The Phantom Clash

She initiated a Clash Detection run. In older versions, hunting through thousands of clashes felt like finding a needle in a haystack. But in version 3.1, the integrated design environment allowed her to see the "clash in context" immediately.

Suddenly, a bright red highlight appeared. A new high-pressure steam line was passing directly through a structural support that "didn't exist" in the original 2D drawings.

"Wait," she muttered. She toggled the Laser Data overlay. The point cloud—a digital ghost of the actual physical plant—showed exactly what the 2D prints missed: a retrofitted bracing installed back in '98. The 11th Hour Fix

With the fabrication yard waiting for the final ISOs, Elena didn't panic. She used the Draw module to quickly sketch a Revision Cloud around the area. AVEVA™ E3D Design 3.1 - Reporting

Migration from PDMS to E3D 3.1

For companies still using PDMS 12.1, the migration to E3D 3.1 is a strategic project. AVEVA provides the "Migration Manager" utility. Key points:

• PDMS projects can be upgraded in place to E3D format.
• All legacy macros (PML) are compatible, though AVEVA recommends recompiling them in the new .NET environment for speed.
• Custom UI toolbars from PDMS are automatically converted to E3D’s ribbon.

Training is required; while the database logic is the same, the UI is radically different. Expect a learning curve of 2–3 weeks for experienced PDMS users to reach parity in E3D 3.1.

Integration with the AVEVA Ecosystem

E3D 3.1 does not exist in a vacuum. It is part of the AVEVA Unified Engineering philosophy.

• AVEVA Engineering (Integrated Engineering): Changes to the P&ID in AVEVA Engineering are automatically pushed to E3D. If a pipe diameter is changed in the schematic, the 3D model updates automatically.
• AVEVA ERM (Equipment and Materials Management): Every object placed in E3D 3.1 has a direct line to the procurement system. As you model, real-time cost estimates and material take-offs (MTOs) are generated.
• AVEVA DIAGRAM: Version 3.1 introduces a direct linkage panel where you can open the associated P&ID snippet side-by-side with the 3D model, cross-highlighting the line in both views.

2. Advanced Graphics Engine

Version 3.1 boasts a significantly improved graphics renderer. The transition from OpenGL to a more modern DirectX-based engine (on Windows) allows for:

• Realistic shadows and reflections: Designers can now spot interferences with real-world lighting conditions.
• Smooth navigation: Panning and zooming around a model containing millions of primitives is now lag-free.
• Out-of-the-box P&ID integration: The improved visual system allows colour-coded pipe lines that match the project’s P&ID legend directly in the 3D view.

Conclusion

For industries requiring high-precision design capabilities—such as oil and gas, power generation, and chemical processing—AVEVA E3D 3.1 offers a robust platform that bridges the gap between engineering design and project execution. By combining powerful modeling tools with cutting-edge visualization and data integration, it empowers organizations to deliver complex capital projects on time and within budget.

AVEVA E3D Design 3.1 is a leading-edge 3D design solution used in the oil and gas, marine, and power industries to create highly detailed, data-rich digital twins of industrial plants and ships. This version introduces significant enhancements in data visualization, automation, and cross-discipline collaboration. Core Capabilities of E3D Design 3.1

Integrated Design Environment: Features an intuitive, ribbon-style user interface that allows designers to switch seamlessly between disciplines such as Piping, Structural, and Equipment.

High-Density Laser Data: Supports native integration of high-density laser point clouds, allowing users to model "as-built" conditions directly within the 3D environment without needing external conversions.

Automated Drawing Production: The Draw module automatically generates 2D drawings directly from the 3D model, ensuring that documentation always reflects the latest design changes.

Clash Detection: Provides real-time clash detection to identify and resolve spatial conflicts early in the design phase, significantly reducing rework costs during construction. Key Version 3.1 Features AVEVA™ E3D Design 3.1 - Reporting

Cons (The rough edges)

1. Steep Learning Curve: The UI, while improved over PDMS, is not intuitive. Expect 3-6 months for a junior designer to become fully productive. Keyboard commands (e.g., Q CRTR for create tee) are still faster than icons, which feels archaic.
2. Underwhelming 2D Drawings (Draft): The built-in Draft module is clunky. Generating GA drawings requires extensive manual annotation and view manipulation. Most teams export to AutoCAD for final 2D deliverables.
3. Limited Rendering & Walkthroughs: The native renderer is basic. While you can navigate, realistic materials and lighting are poor. For client presentations, you’ll need to export to Navisworks or a dedicated renderer.
4. No Native Point Cloud Tools (3.1): Unlike E3D 2.1 and later, version 3.1 has weak point cloud handling. Large laser scan imports slow the model to a crawl. For brownfield work, avoid 3.1.