[CATIA] Concept Structure Engineer

 

Create robust and agile conceptual structure models including shapes, materials and fastening.

Find the best-performing design by exploring alternatives using automated multi-disciplinary performance simulations.

  • End-to-End 3DEXPERIENCE collaborative ModSim engineering solution for conceptual structure design, validation and optimization

  • Comprehensive engineering process for concept designers to create modular parametric structure designs

  • Comprehensive simulation & optimization solutions for concept analysts to define and execute simulation scenarios and review the results.

  • Powerful design exploration and decision making support for data analysts and program managers

 

Benefits

 

Accelerated concept model development

  • Reduced shape creation time

  • Flexible and fully parametrized concept models

  • Re-use existing assets and grow your module library

Continuous “ModSim” engineering loop

  • Automatic generation of simulation-ready models (mesh & connections)

  • Definition & re-use of multi-discipline simulation scenarios

  • Massively reduce concept evaluation time

Process automation & result analytics

  • Automated design space exploration

  • Drastically increase the number of evaluated concepts

  • Intuitive trade-off and decision making solution

Harmonized end-to-end platform

  • Associative integration of requirements, space reservations and engineering inputs

  • Continuous and seamless design from concept to detail

 

Highlights

 

1. Innovative agile modeling principles to design robust and flexible Concept Shapes

2. Declarative approach for material and sheet layer definitions. Automatic update of the complex stacking configurations for the Concept Assembly
3. Declarative approach enables predefinition of parametric Concept Fasteners
4. Automatic generation of a complete ready-to-simulate simulation models for multi-disciplinary performance assessment
5. Embedded best-in-class Design Exploration algorithms to automatically identify the best variant of the conceptual assembly
6. Automatic production of the final assembly for downstream processes