Reduced Order Modeling (ROM)

Automatic parameterization of linear and non-linear ROMs
Seamless 3D–1D–3D model transformation
Up to 50% reduction in solver time
Super Element modeling for enhanced correlation

What Does Reduced Order Modelling (ROM) Do?

MeshWorks’ advanced Reduced Order Modeling (ROM) functionality transforms traditionally complex modeling tasks into a streamlined, automated workflow. With just a few guided steps, users can generate parameterized ROMs that accurately link geometric sections to corresponding beam properties. This automation accelerates simulation processes, enabling faster analysis and improved design iterations.

Accelerated CAE Workflows

MeshWorks ROM reduces solver time by up to 50%, significantly enhancing simulation throughput and shortening design cycles.

Efficient Parametric Optimization

Parameterized ROMs enable quicker optimization studies, reducing solution time and boosting productivity in CAE workflows.

Design-to-Manufacture Integration

ROM models facilitate the optimization of cross-sections and geometry, aligning structural performance with manufacturing constraints.

Automated Topology Identification

The system automatically detects joints and tubular regions to support targeted ROM creation, minimizing manual intervention.

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Features of ROM

3D to 1D Conversion

Efficiently converts complex 2D/3D structures into simplified yet high-fidelity 1D beam models.

Topology & Cross-Section Detection

Automatically identifies structural joints and members to accelerate cross-sectional modeling and simplification.

Solver Time Optimization

Fewer nodes and elements enable faster solver execution and reduced computational overhead.

Cross-Section Parameterization

Supports dynamic adjustment of beam properties—height, width, and other geometric features—for rapid design variations.

Super Element Modeling

Converts intricate joint models into reduced super-elements while maintaining accurate structural response.

High Model Correlation

ROMs generated in MeshWorks closely replicate full-order model behavior, ensuring predictive reliability.

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Automated ROM Creation

Generates reduced-order models from detailed FE data with minimal manual effort, increasing modeling efficiency.

Discipline-Specific Tools

Customizable ROM capabilities for domains such as Crash, NVH, and Durability ensure application-specific accuracy.

Geometry-to-Property Integration

Automatically maps geometric attributes to physical properties, streamlining parametric studies.

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MeshWorks Uniqueness

The ROM module in MeshWorks intelligently condenses detailed finite element (FE) models into lightweight, high-accuracy parametric 1D representations. It simplifies complex 3D structural assemblies into equivalent 1D beam models without compromising behavioral fidelity. This enables faster simulations across domains such as crash and NVH, significantly reducing solver time while retaining accurate predictive capabilities.

Faster CAE Turnaround

Achieve up to 50% reduction in solver time, accelerating both analysis and product development cycles.

Automated Parametric Modeling

Direct integration between geometry and beam properties enables rapid design modifications and efficient parametric studies.

Application-Specific Fidelity

Leverage specialized ROM tools tailored to crash, NVH, and structural domains, ensuring optimized accuracy and performance.

Lightweight Model Conversion

Streamline large, complex assemblies into simplified beam models, preserving essential behavior for fast and effective analysis.

Technical Brief

Deep dive into the technical strengths of MeshWorks ROM functions with comprehensive detailing using explanatory videos

Depth Engine

Multi-Industry Application Flexibility

Benchmarking & Competitive Advantage

Uniqueness in Functionality

Industrial Grade Excellence

Smart Assembly Design

Dynamic Load Simulation

Manufacturing Optimization

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Explore how DEP MeshWorks powerful Reduced Order Modelling (ROM) capabilities accelerate design, simplify simulation, and enhance optimization with minimal effort.