Revolutionizing CAE with
MeshWorks

Digital Twin

Digital Twin in manufacturing ensures precise 3D replication of physical parts from scanned data, enabling real-time optimization for design, tooling, and production. It supports AI/ML integration to automate decisions and enhance efficiency across the manufacturing lifecycle.

Meshing

Offers advanced tools for automated and manual meshing of complex geometries. Delivers high-quality FE meshes for structural, CFD, and crash simulations with minimal clean-up.

Modeling

Provides powerful capabilities for creating, editing, and managing FE models efficiently. Supports assembly modeling, connections, and part-level modifications in a unified environment.

AI/ML Framework

Integrates neural networks and adaptive algorithms for prediction, optimization, and automation. Learns from simulation and test data to enable intelligent CAE decision-making.

CAE Parameterization

Converts geometry and mesh into fully parametric models for design studies. Enables seamless integration with optimization and DOE processes for fast iterations.

CAE Morphing

Accurately transforms existing FE/CFD models into new design variants. Supports full-vehicle and subsystem morphing with high-quality mesh preservation.

ConceptWorks

Rapidly transforms styling surface models into CAE-ready concept models. Facilitates early-stage design evaluation with automated meshing and connections.

Multi-Disciplinary Optimization (MDO)

Enables simultaneous optimization across multiple performance attributes. Integrates design, simulation, and parameterization for fast, informed decision-making.

Reduced Order Modeling (ROM)

Generates fast, compact models that replicate high-fidelity FE results with minimal computational cost. Ideal for real-time predictions, design iterations, and optimization workflows.

eMOD

Enables efficient modeling of all EV components from system-level to detailed part-level analysis. Supports the entire EV development cycle with integrated electrification-focused toolsets.

Process Automation

Automates complex engineering tasks using customizable scripts and templates. Improves productivity and consistency by minimizing manual input across processes.

Post-processing

Performs automated result extraction, comparison, and report generation. Delivers synchronized visualizations and scorecards for insightful CAE interpretation.