SpaceClaim Rendering Quality | Visual Accuracy vs Performance (Catalytic Converter Example)

In this video, I explain Rendering Quality in Ansys SpaceClaim and how it affects the visual appearance of your geometry without changing the actual CAD model. Enjoyed this CFD tutorial? ☕ Support FluidXAV to keep learning content coming: https://buymeacoffee.com/xavgroup Using a catalytic converter geometry with a cylindrical inlet, I compare the default rendering quality value (5) with a low value (1). You’ll see how surface smoothness, faceting, and visual accuracy change, and why the default value is recommended for most CAD and CFD pre-processing workflows. I also show how to save the geometry as JPEG images and compare them side by side to clearly understand the impact of rendering quality. This tutorial is especially useful for: SpaceClaim beginners CFD engineers Ansys Fluent users CAD users working with large models 📌 Key topics covered: Where to find Rendering Quality in SpaceClaim Why the default value (5) is a good balance Difference between Rendering Quality 1 and 5 Visual appearance vs real geometry Saving and comparing JPEG images 👍 If this video helps you, please like, subscribe, and follow FluidXAV for more SpaceClaim, Ansys Fluent, and CFD tutorials. #SpaceClaim #AnsysSpaceClaim #CFD #AnsysFluent #CAD #Engineering #CFDPreprocessing #FluidXAV #CAE #MechanicalEngineering 🔔 Subscribe for weekly Ansys Fluent and CFD tutorials: [https://www.youtube.com/@FluidXAV] 👍 Like | 💬 Comment | 📤 Share with your CFD network