A new particle solver, surface-to-volume meshing and more than 100+ new capabilities to simplify your workflows, boost your productivity and extend the scope of your simulations.

2021年6月30日（水）、7月1日（木）、2日（金）に開催される、「第53回流体力学講演会／第39回航空宇宙数値シミュレーション技術シンポジウム」にて、NUMECA International 創業者の Charles Hirsch 教授が、招待講演を行ないます。

Optimizing the design of ship propellers is of key importance for the marine industry, as it has a direct impact on operational costs through its influence on fuel consumption and ship performance. Even the smallest improvement in the design of the propellers can save ship operators millions of dollars across an entire fleet.

Significant CPU time savings with the grid-to-grid method, the first dynamic VPP for sailing boats integrated into a CFD package, smooth wave initialization, improvements in open water propeller simulations, and more...

This case study demonstrates the aerodynamic simulation and optimization of an industrial quadcopter drone (UAV) in hover mode, the most energy intensive mode of this type of drone.