耐航性計算の高速化、抵抗計算の粗メッシュ初期化、Rhinoプラグインによるジオメトリ準備の高速化、解適合格子の改善、その他...

Faster seakeeping calculations, coarse mesh initialization for resistance computations, speed-up of geometry preparation with the Rhino plugin, improved adaptive grid refinement, and more...

grid-to-grid法による大幅なCPU時間の短縮、CFDパッケージに統合された初の帆船用ダイナミックVPP、スムーズな波の初期化、オープンウォータープロペラシミュレーションの改善など、多数の新機能が追加されました。

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...