How 3D_Evolution Is Commonly Used

3D_Evolution’s FEM Tools bridge the gap between CAD design and CAE analysis. These tools — including Defeaturing, Midsurfaces, and model Cleanup functions — optimize CAD models for CAE simulations, enhancing the analytical capabilities of engineers. This optimization is crucial for ensuring that simulations are both accurate and efficient.

In addition to these functionalities, the software's Quality Checker sets a high standard as a combined validation, conversion, and healing tool. Certified by VDA and SASIG, it allows for comprehensive checks on CAD data, including B-REP quality, tessellation, and JT-specific criteria. Its collaboration with Airbus in developing the LOTAR GVP checker highlights its capability to validate STEP data for long-term archiving, an essential feature for maintaining data integrity over time.

How 3D_Evolution is Commonly Used

• Automotive Industry: Utilizing the JT Supplier Module, automotive companies can easily manage Daimler JT data. This includes handling large vehicle assemblies with high performance, which is crucial for developing complex automotive components and systems.
• Aerospace Engineering: The Quality Checker, developed in collaboration with Airbus, is ideal for validating STEP data in aerospace applications. This ensures long-term data archiving integrity, which is vital in the aerospace industry for maintaining historical records and compliance.
• Manufacturing Sector: In manufacturing, 3D_Evolution’s feature-based conversion technology is extensively used. It allows for the transformation of CAD data into fully operational models, aiding in the design and production of a wide range of manufactured goods.