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Journal Articles
Publisher: ASME
Article Type: Editorial
J. Sol. Energy Eng. June 2024, 146(3): 030201.
Paper No: SOL-24-1035
Published Online: March 1, 2024
Journal Articles
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Comparison of numerical and experimental ice shapes on the blade airfoil at...
Published Online: March 1, 2024
Fig. 6 Comparison of numerical and experimental ice shapes on the blade airfoil at λ = 1.0, D = 440 mm, H = 250 mm, c = 125 mm, U 0 = 4 m/s, MVD = 40 µ m, μ = 8.4 µ m, LWC = 2.32 g/m 3 , and T = 265 K More about this image found in Comparison of numerical and experimental ice shapes on the blade airfoil at...
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Original and optimized airfoils with the maximum relative thickness of 15% ...
Published Online: March 1, 2024
Fig. 7 Original and optimized airfoils with the maximum relative thickness of 15% at 40% c , and their ice shapes at LWC = 2.32 g/m 2 , MVD = 40 µ m, T = 253.15 K, and the ice increment time is 15 min More about this image found in Original and optimized airfoils with the maximum relative thickness of 15% ...
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Vortex distributions of clean wind wheels before and after the optimization...
Published Online: March 1, 2024
Fig. 9 Vortex distributions of clean wind wheels before and after the optimization: ( a ) θ = 90 deg, ( b ) θ = 135 deg, ( c ) θ = 180 deg, ( d ) θ = 225 deg, ( e ) θ = 270 deg, ( f ) θ = 315 deg, ( g ) θ = 360 deg (0 deg), and ( h ) θ = 45 deg More about this image found in Vortex distributions of clean wind wheels before and after the optimization...
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Vortex distributions of icy wind wheels before and after the optimization: ...
Published Online: March 1, 2024
Fig. 10 Vortex distributions of icy wind wheels before and after the optimization: ( a ) θ = 90 deg, ( b ) θ = 135 deg, ( c ) θ = 180 deg, ( d ) θ = 225 deg, ( e ) θ = 270 deg, ( f ) θ = 315 deg, ( g ) θ = 360 deg (0 deg), and ( h ) θ = 45 deg More about this image found in Vortex distributions of icy wind wheels before and after the optimization: ...
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Pressure distributions of clean wind wheels before and after the optimizati...
Published Online: March 1, 2024
Fig. 11 Pressure distributions of clean wind wheels before and after the optimization: ( a ) θ = 90 deg, ( b ) θ = 135 deg, ( c ) θ = 180 deg, ( d ) θ = 225 deg, ( e ) θ = 270 deg, ( f ) θ = 315 deg, ( g ) θ = 360 deg (0 deg), and ( h ) θ = 45 deg More about this image found in Pressure distributions of clean wind wheels before and after the optimizati...
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Pressure distributions of icy wind wheels before and after the optimization...
Published Online: March 1, 2024
Fig. 12 Pressure distributions of icy wind wheels before and after the optimization: ( a ) θ = 90 deg, ( b ) θ = 135 deg, ( c ) θ = 180 deg, ( d ) θ = 225 deg, ( e ) θ = 270 deg, ( f ) θ = 315 deg, ( g ) θ = 360 deg (0 deg), and ( h ) θ = 45 deg More about this image found in Pressure distributions of icy wind wheels before and after the optimization...
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Journal Articles
Journal Articles
Journal Articles