achieving dimensionlessness
Traditional Chinese_translation
the reynolds number is a dimensionless quantity used in fluid mechanics.
雷諾數是一個無量綱量，用於流體力學。
dimensionless analysis helps simplify complex physical systems.
無量綱分析有助於簡化複雜的物理系統。
we used dimensionless variables to scale the model effectively.
我們使用無量綱變數有效地縮放模型。
the study focused on dimensionless parameters affecting heat transfer.
該研究側重於影響熱傳輸的無量綱參數。
dimensionless groups provide valuable insights into scaling laws.
無量綱群提供對縮放規律的寶貴見解。
the model's success depended on maintaining dimensionless consistency.
模型的成功取決於維持無量綱的一致性。
we normalized the data to obtain dimensionless values.
我們將數據歸一化以獲得無量綱值。
the dimensionless ratio indicated a transition in the flow regime.
無量綱比率表明流體狀態發生了轉變。
dimensionless scaling allows comparison across different systems.
無量綱縮放允許在不同系統之間進行比較。
the dimensionless shear stress was calculated for the experiment.
針對實驗計算了無量綱剪切應力。
understanding dimensionless numbers is crucial for engineering design.
理解無量綱數對於工程設計至關重要。
achieving dimensionlessness
Traditional Chinese_translation
the reynolds number is a dimensionless quantity used in fluid mechanics.
雷諾數是一個無量綱量，用於流體力學。
dimensionless analysis helps simplify complex physical systems.
無量綱分析有助於簡化複雜的物理系統。
we used dimensionless variables to scale the model effectively.
我們使用無量綱變數有效地縮放模型。
the study focused on dimensionless parameters affecting heat transfer.
該研究側重於影響熱傳輸的無量綱參數。
dimensionless groups provide valuable insights into scaling laws.
無量綱群提供對縮放規律的寶貴見解。
the model's success depended on maintaining dimensionless consistency.
模型的成功取決於維持無量綱的一致性。
we normalized the data to obtain dimensionless values.
我們將數據歸一化以獲得無量綱值。
the dimensionless ratio indicated a transition in the flow regime.
無量綱比率表明流體狀態發生了轉變。
dimensionless scaling allows comparison across different systems.
無量綱縮放允許在不同系統之間進行比較。
the dimensionless shear stress was calculated for the experiment.
針對實驗計算了無量綱剪切應力。
understanding dimensionless numbers is crucial for engineering design.
理解無量綱數對於工程設計至關重要。
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