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Dall 
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D5) 
26 
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Variation of Components of Total Blade Loading with 
Fehoul: Ieskeein AMIE «6 6 G 5 0 9 © 
Variation of Experimental Hydrodynamic Loads with 
Angular Position for Quasi-Steady Acceleration . 
Variation in Radial Center of Thrust F,, and 
Transverse Hydrodynamic Force Fy, with Biade 
Angular Position for Quasi-Steady Acceleration . 
Variation of Experimental Total Loads with Angular 
Position for Quasi-Stead Acceleration. 
Harmonic Content of Experimental Hydrodynamic Loads 
for Quasi-Steady Acceleration. 
Harmonic Content of Experimental Total Loads for 
Quasi-Steady Acceleration. .. 
Taylor Wake Fractions During Simulated Acceleration 
MEINOUWEIES 5 6 5 6 516 5 00 6 
Variation of First Harmonic of Experimental 
Hydrodynamic Loads with nV for Quasi-Steady 
MOECSILETEEVEOMY G=0' 15 6 6 60.00. 00 O00 0 
Comparison of Time-Average Values Per Revolution and 
Peak Values of Various Components of Experimental 
Total Blade Loading for Quasi-Steady and Unsteady 
SamulatedgAcceilleraltelonueue mci n en ieniecn laley oii eu ite 
Variation of Hydrodynamic Bending Moment at 30 
Percent and 40 percent Radii with Blade Angular 
Position, Theoretical Prediction With and Without 
DMEM MVIESTS IIOENE g 8S) old 40 6) 6 o. Givo 70, a 6 6 
Variation of Hydrodynamic Bending Moment at 30 
Percent and 40 Percent Radii with Blade Angular 
Position, Comparison of Model Data with Theory... 
Harmonic Content of Hydrodynamic Bending Moment 
at 30 Percent and 40 Percent Radii, Comparison of 
Model Data and Theory. ... 
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