Tag: Computational Fluid Dynamics (CFD)

Mesh Automation, Optimisation, Turbomachinery

Automated Hexahedral Meshing with GridPro: Structured Meshes for Parametric Geometry Variants

Automated multiblock meshing using topology templates and point cloud mapping streamlines CFD workflows. By leveraging Radial Basis Function (RBF) morphing, this new method ensures accurate topology adaptation for design variants. Case studies on turbines, volutes, and compressors highlight its efficiency, reducing manual effort while maintaining high-quality grids.

By Ravindra KrishnamurthyLeave a comment
Hexahedral mesh for a turbocharger compressor.
Turbomachinery

Enhancing Turbocharger Efficiency with CFD and Automated Meshing Tools

Optimizing compressor design is crucial for turbocharger efficiency. CFD-driven analysis refines aerodynamics, while structured meshing enhances accuracy. GridPro automates high-quality meshing for impellers and volutes, accelerating design iterations. By leveraging CFD and advanced meshing, engineers can achieve superior compressor performance, improving fuel economy, power output, and regulatory compliance in modern engines.

By Ravindra KrishnamurthyLeave a comment