Designing Turbocharger Compressor Volutes
Volute’s geometrical parameters such as cross-sectional shape, area distribution and radial position, volute inlet location and tongue geometry influence the compressor’s performance.
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.
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.
Fulfilling Platе Hеat Exchangеr Meshing Needs for CFD Analysis
Thе intricatе intеrnal flow channеls in-bеtwееn thе corrugatеd platеs of platе hеat еxchangеrs rеquirе top notch, flow alignеd mеshеs. Thе systеmatically organizеd hеxahеdral cеlls found in structurеd grids arе thе idеal choicе for simulating platе hеat еxchangеrs. GridPro’s еfficiеnt blocking tools facilitatе rapid grid gеnеration for thеsе complеx flow paths.
Hypersonic Flights by Scramjet Engines
More than half a century has elapsed in designing a working scramjet-powered hypersonic vehicle. Considered harder than rocket engines, designing scramjets is a massive engineering challenge. However, newer design improvisations such as airframe integration and REST design, scramjet-powered hypersonic flights are close to becoming a reality.
Accurate Capturing of Leakage Gaps in Screw Compressors with Hex Grids
Leakage flows stand out as the primary factor leading to decreased efficiency within screw compressors. Precisely capturing these leakage flows using enhanced grids plays a crucial role in achieving precise CFD predictions of their behavior and their consequential impact on the overall performance of the screw compressor.
Automated Hexahedral Meshing of Gerotor Pumps
Automated hexahedral mesher empowers engineers to effortlessly scrutinize the flow behaviour, vividly understand the change in flow with the change in clearance gap, and explicitly bring out the differences in the gerotor design variant’s performances.
Fast and Accurate Hypersonic CFD Simulations: Impact of Automatic Shock-Aligned Meshes
GridPro’s block-aligned shock-fitted grids revolutionize hypersonic CFD simulations by aligning mesh blocks with shock contours. This approach improves accuracy and reduces computational demands, providing precise shock resolution and efficient computation for simulations of reentry capsules, reentry vehicles, rockets, and hypersonic vehicles.
GridPro Version 9 Release Highlights!
Announcing the release of GridPro Version 9, a major update that brings a host of new features, improvements and powerful tools.
Cooling the Hot Turbine Blade with Winglet Tips
Turbine blades with winglet tips increase heat transfer and reduce tip losses. To know more about winglet tips, visit GridPro blog.