Aveva e3d Structural Design

1. Introduction to AVEVA E3D Structural Design

• Objective: Provide an overview of AVEVA E3D’s capabilities in structural design.

• Key Points:

  • Differences between AVEVA E3D and traditional CAD tools.

  • Integration with other disciplines (piping, electrical, instrumentation).

  • Benefits of using a data-centric 3D design approach.

2. Setting Up a Structural Project in AVEVA E3D

• Objective: Guide readers through the initial setup of a structural project.

• Key Points:

  • Creating and managing project hierarchies (sites, zones, units).

  • Defining grids and working planes.

  • Importing and managing reference models.

3. Modeling Structural Components

• Objective: Demonstrate the process of modeling various structural elements.

• Key Points:

  • Creating beams, columns, and bracings using standard sections.

  • Utilizing parametric templates for repetitive structures.

  • Applying connections and joints between members.

4. Customizing Structural Joints

• Objective: Explore the customization of structural joints to meet specific standards.

• Key Points:

  • Using AVEVA’s Programmable Macro Language (PML) for joint customization.

  • Developing joint families compatible with project requirements.

  • Ensuring compliance with industry standards and client specifications.

5. Generating Deliverables from the 3D Model

• Objective: Explain how to extract drawings and reports from the model.

• Key Points:

  • Creating general arrangement (GA) drawings and fabrication details.

  • Generating bills of materials (BOMs) and material take-offs (MTOs).

  • Automating drawing updates upon model changes.

6. Clash Detection and Model Validation

• Objective: Highlight the importance of clash detection in multidisciplinary projects.

• Key Points:

  • Running clash checks between structural and other discipline models.

  • Resolving detected clashes and updating the model accordingly.

  • Maintaining model integrity through validation tools.

7. Best Practices for Efficient Structural Modeling

• Objective: Share tips and tricks to enhance modeling efficiency.

• Key Points:

  • Utilizing keyboard shortcuts and custom commands.

  • Implementing naming conventions and layer management.

  • Leveraging user-defined attributes for better data management.

8. Case Studies: Real-World Applications of AVEVA E3D

• Objective: Present real-life scenarios where AVEVA E3D was effectively utilized.

• Key Points:

  • Project background and objectives.

  • Challenges faced and solutions implemented.

  • Outcomes and lessons learned.

9. Transitioning from PDMS to AVEVA E3D

• Objective: Guide users through the migration process from PDMS to E3D.

• Key Points:

  • Key differences between PDMS and E3D.

  • Data migration strategies and tools.

  • Training and adaptation for existing PDMS users.

10. Integrating AVEVA E3D with Other Software Tools

• Objective: Discuss interoperability between AVEVA E3D and other platforms.

• Key Points:

  • Exporting models to Tekla Structures for detailed steel detailing.

  • Collaborating with Navisworks for project visualization.

  • Utilizing point cloud data for brownfield projects.
    

Aveva e3d Structural Design