GridPro in Energy

Targeted refinement of complex fluid flow patterns, align seamlessly with complex geometries, contributes to faster convergence, ensure reliable and robust solutions.

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Structured meshes play a crucial role in enhancing the accuracy and efficiency of CFD simulations across diverse sectors in the energy industry. Whether in wind, nuclear, oil and gas, or wave and tidal energy, structured meshes are instrumental in optimizing computational efficiency and solution accuracy. They also simplify the simulation setup process, establishing themselves as an indispensable tool within the CFD toolkit for the energy industry.

Wind Energy

You can have enhanced resolution on vital surfaces like blades and hubs and regions with high flow gradients, by employing GridPro’s local refinement tools such as Nesting and Enrichment. They provide precise control and refinement of mesh, enabling capturing of intricate details of the boundary layer, tip vortices, and turbulent flow, resulting in accurate predictions of aerodynamic forces and moments acting on the turbine blades.

GridPro helps in facilitating a comprehensive understanding of the wind flow patterns and their impact on the entire turbine array. This holistic approach is essential for optimizing the layout and spacing of turbines within a wind farm to minimize wake effects and maximize energy extraction.

Nuclear Energy: Fuel Rods

You can generate an optimized grid, automatically, for a wire-wrapped nuclear fuel-rod bundles in no time and with ease. Whether it is a 7-rod bundle or a 217-rod bundle the time and effort are just the same, using the GridPro’s automation script.

You can use the GridPro automation script to provide the right solution to fuel rod assembly meshing challenges. The multi-block script offers automation, flexibility, scalability, user controllability, and versatility in meshing fuel rod bundles.