| 複數 | airfoils |
the shape of an airfoil is crucial for lift generation.
機翼的形狀對產生升力至關重要。
engineers carefully design airfoils to optimize performance.
工程師們精心設計機翼以優化性能。
airfoil design is a complex field of study.
機翼設計是一個複雜的研究領域。
the airfoil's angle of attack influences lift and drag.
機翼的迎角會影響升力和阻力。
understanding airfoils is essential for aircraft design.
理解機翼對於飛機設計至關重要。
modern airfoils often incorporate advanced materials.
現代機翼通常採用先進材料。
different types of airfoils are used for various aircraft applications.
不同類型的機翼用於各種飛機應用。
airfoil testing is conducted in wind tunnels to simulate flight conditions.
在風洞中測試機翼以模擬飛行條件。
computational fluid dynamics (cfd) is used to analyze airfoil performance.
計算流體力學（CFD）用於分析機翼性能。
the shape of an airfoil can be optimized for specific flight requirements.
機翼的形狀可以針對特定的飛行要求進行優化。
the shape of an airfoil is crucial for lift generation.
機翼的形狀對產生升力至關重要。
engineers carefully design airfoils to optimize performance.
工程師們精心設計機翼以優化性能。
airfoil design is a complex field of study.
機翼設計是一個複雜的研究領域。
the airfoil's angle of attack influences lift and drag.
機翼的迎角會影響升力和阻力。
understanding airfoils is essential for aircraft design.
理解機翼對於飛機設計至關重要。
modern airfoils often incorporate advanced materials.
現代機翼通常採用先進材料。
different types of airfoils are used for various aircraft applications.
不同類型的機翼用於各種飛機應用。
airfoil testing is conducted in wind tunnels to simulate flight conditions.
在風洞中測試機翼以模擬飛行條件。
computational fluid dynamics (cfd) is used to analyze airfoil performance.
計算流體力學（CFD）用於分析機翼性能。
the shape of an airfoil can be optimized for specific flight requirements.
機翼的形狀可以針對特定的飛行要求進行優化。
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