Meshing is at the core of every successful CFD simulation—and at IANUS Simulation, we’ve engineered a dual-path approach to meshing that delivers both control and automation. This webinar introduces two powerful meshing technologies used at IANUS: our formula-based programmable mesh generation and our robust CAD-driven automatic meshing pipeline. Learn how this dual-path approach to meshing empowers engineers to build high-quality meshes for even the most demanding applications—either through full control with Python scripting or automation with cfMesh/CF-MESH+ integration. Get a first-hand look at how we combine precision and scalability in the cloud.

In this TECH webinar, participants will gain a comprehensive view of the dual-path approach to meshing employed at IANUS Simulation:

Computational Meshes: Using mathematical representations of geometry and motion, we generate parameterized meshes via a Python interface. This ensures high-quality control of mesh topology—ideal for defined boundary layers, moving domains, and sensitivity studies.

Inside-Out Meshing: Our CAD-based automatic meshing solution is built on cfMesh and CF-MESH+. It enables feature-aware mesh generation with curvature and edge refinement—significantly reducing manual preprocessing efforts while delivering robust results even for complex CAD models.

The session will include live demonstrations, application examples, and practical integration tips for modern simulation pipelines—all illustrating the benefits of our dual-path approach to meshing.