What Does MDO Do?
The Multi-Disciplinary Optimization (MDO) module in MeshWorks enables engineers to evaluate and optimize design alternatives across multiple domains using integrated parametric and non-parametric modelling. The platform automates key steps in the optimization process – from solver execution and post-processing to direct data integration with third-party optimization tools. With built-in support for Design of Experiments (DOE), Reduced Order Models (ROM), and automated model updates, MeshWorks supports high-efficiency, multi-objective decision-making across the entire design space.
Balanced Performance Optimization
Achieve weight and cost reduction targets while maintaining structural, thermal, and acoustic performance.
ROM-Enhanced Efficiency
Integrates Reduced Order Models to dramatically shorten simulation and optimization runtimes.
Holistic Design Consideration
Incorporates manufacturability, ergonomics, packaging, and cost factors into the optimization loop.
End-to-End Workflow Automation
Streamlines the entire MDO workflow, accelerating convergence and enabling smarter design decisions.
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MDO
Features of MDO
Daily MDO Integration
Seamlessly connects MeshWorks parameters with top optimization engines for continuous, reliable optimization cycles.
Cross-Domain Parameter Reuse
Share and reuse parameters across disciplines like crash, NVH, CFD, and durability to reduce setup effort.
DOE Matrix Automation
Generates and manages DOE datasets to support nominal, robust, and sensitivity-based optimization.
ROM-Based Optimization Acceleration
Employs parametric ROMs to enable rapid evaluation of large design spaces with high accuracy.
Efficient MDO Workflow
Streamlines optimization to meet targets, reduce weight, cut costs, and boost productivity.
Rapid Design Exploration
Integration of ROM approaches allows for fast and accurate optimization studies across large design spaces.
Topology Optimization Support
Functions as both pre- and post-processor in topology workflows, enhancing integration and flexibility.
Geometry Simplification
Automatically de-features ribs, bosses, and other non-critical geometry to speed up optimization runs.
Automated Morphing Capability
Engineers can generate minimalistic, manufacturable designs through automated morphing at both component and full-vehicle levels.
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MeshWorks Uniqueness
MeshWorks delivers an advanced optimization environment with the industry’s most extensive set of parametric controls for Multi-Domain Engineering Challenges. A standout capability is its automated propagation of design parameters across all domain-specific models, eliminating repetitive setup tasks and maintaining consistency. With native support for Reduced Order Modelling (ROM) and robust DOE integration, MeshWorks enables efficient, accurate, and scalable optimization—driving better product performance, faster turnaround, and reduced development costs.
Unified Parameter Framework
Enables consistent parameter definition and transfer across crash, NVH, thermal, and fluid domains.
Seamless Optimization Integration
Directly interfaces with industry-standard optimization tools—eliminating the need for custom scripting or middleware.
Automated Design Synchronization
Applies design updates across both CAD and CAE environments, ensuring simulation and geometry are always aligned.
Full-System Optimization
Supports coordinated, multi-domain optimization at system and sub-system levels for maximum product performance.
Technical Brief
Deep dive into the technical strengths of MeshWorks MDO functions with comprehensive detailing using explanatory videos
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Streamlines cross-domain design optimization using parametric models, DOE, and robust automation.
Parametric models enable multi-disciplinary optimization
Batch DOE generation with optimizer integration
Topology-informed concept FE model generation
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