engineers installed turbulator strips along the aircraft wing surface to improve airflow management.
工程师在飞机机翼表面安装了扰流片条带以改善气流管理。
the turbulator array significantly enhanced heat transfer efficiency in the industrial heat exchanger.
扰流片阵列显著提高了工业换热器的传热效率。
researchers optimized turbulator spacing to maximize mixing while minimizing pressure losses.
研究人员优化了扰流片间距以在最小化压降的同时最大化混合效果。
computational analysis revealed that the turbulator configuration reduced drag by approximately 12 percent.
计算分析显示扰流片配置使阻力降低了约百分之十二。
the wind turbine blades incorporate turbulator elements to maintain optimal performance across varying wind speeds.
风力涡轮机叶片融入了扰流片元件以在不同风速下保持最佳性能。
a novel turbulator design has demonstrated remarkable effectiveness in suppressing flow induced vibrations.
一种新型扰流片设计在抑制流致振动方面展现出显著效果。
the turbulator system's effectiveness is highly dependent on precise placement within the boundary layer.
扰流片系统的效果高度依赖于边界层内的精确定位。
laboratory testing confirmed that turbulator deployment improved combustion efficiency significantly.
实验室测试证实扰流片部署显著提高了燃烧效率。
numerical simulation results validated the turbulator geometry's positive impact on turbulent flow patterns.
数值模拟结果验证了扰流片几何形状对湍流模式的积极影响。
field trials demonstrated that the turbulator arrangement enhanced overall system performance under operating conditions.
现场试验表明扰流片排列在运行条件下增强了系统整体性能。
the turbulator surface design promotes controlled boundary layer transition for improved aerodynamic stability.
扰流片表面设计促进受控的边界层过渡以提高空气动力学稳定性。
engineers calibrated turbulator parameters based on specific hydrodynamic requirements for the marine application.
工程师根据船舶应用的特定水动力要求校准了扰流片参数。
engineers installed turbulator strips along the aircraft wing surface to improve airflow management.
工程师在飞机机翼表面安装了扰流片条带以改善气流管理。
the turbulator array significantly enhanced heat transfer efficiency in the industrial heat exchanger.
扰流片阵列显著提高了工业换热器的传热效率。
researchers optimized turbulator spacing to maximize mixing while minimizing pressure losses.
研究人员优化了扰流片间距以在最小化压降的同时最大化混合效果。
computational analysis revealed that the turbulator configuration reduced drag by approximately 12 percent.
计算分析显示扰流片配置使阻力降低了约百分之十二。
the wind turbine blades incorporate turbulator elements to maintain optimal performance across varying wind speeds.
风力涡轮机叶片融入了扰流片元件以在不同风速下保持最佳性能。
a novel turbulator design has demonstrated remarkable effectiveness in suppressing flow induced vibrations.
一种新型扰流片设计在抑制流致振动方面展现出显著效果。
the turbulator system's effectiveness is highly dependent on precise placement within the boundary layer.
扰流片系统的效果高度依赖于边界层内的精确定位。
laboratory testing confirmed that turbulator deployment improved combustion efficiency significantly.
实验室测试证实扰流片部署显著提高了燃烧效率。
numerical simulation results validated the turbulator geometry's positive impact on turbulent flow patterns.
数值模拟结果验证了扰流片几何形状对湍流模式的积极影响。
field trials demonstrated that the turbulator arrangement enhanced overall system performance under operating conditions.
现场试验表明扰流片排列在运行条件下增强了系统整体性能。
the turbulator surface design promotes controlled boundary layer transition for improved aerodynamic stability.
扰流片表面设计促进受控的边界层过渡以提高空气动力学稳定性。
engineers calibrated turbulator parameters based on specific hydrodynamic requirements for the marine application.
工程师根据船舶应用的特定水动力要求校准了扰流片参数。
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