Validation and benchmarks
Ashes version 3.28.1
Verification and validation tests run on 2024-10-30 and completed in 0 d 09:24:44
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Aerodynamical reference point eccentricity - more structural nodes |
28 of 28 passed |
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Analytical solution for the root torque of the blade when including the influence of the aerodynamical reference point eccentricity. See detailed description |
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No eccentricity |
7 of 7 passed |
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Aerodynamical reference point |
7 of 7 passed |
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Moment coefficient |
7 of 7 passed |
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Aerodynamical reference point and moment coefficient |
7 of 7 passed |
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Aerodynamical reference point eccentricity - Static |
28 of 28 passed |
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Analytical solution for the root torque of the blade when including the influence of the aerodynamical reference point eccentricity. See detailed description |
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No eccentricity |
7 of 7 passed |
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Aerodynamical reference point |
7 of 7 passed |
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Moment coefficient |
7 of 7 passed |
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Aerodynamical reference point and moment coefficient |
7 of 7 passed |
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Aerodynamical reference point eccentricity |
28 of 28 passed |
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Analytical solution for the root torque of the blade when including the influence of the aerodynamical reference point eccentricity. See detailed description |
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No eccentricity |
7 of 7 passed |
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Aerodynamical reference point |
7 of 7 passed |
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Moment coefficient |
7 of 7 passed |
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Aerodynamical reference point and moment coefficient |
7 of 7 passed |
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BEM - velocity triangle video |
64 of 64 passed |
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Analytical solution for the BEM algorithm with the NREL 5-MW turbine. See detailed description |
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Steady BEM |
16 of 16 passed |
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Unsteady BEM |
16 of 16 passed |
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Steady BEM - Flexible blades |
16 of 16 passed |
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Unsteady BEM - Flexible blades |
16 of 16 passed |
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Benchmark Bell Cantilever - Static |
32 of 32 passed |
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Comparison between results produced by Ashes and results published by Bell (1987) for a cantilever beam. See detailed description |
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l = 0.6 EB - linear |
1 of 1 passed |
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l = 0.6 T - linear |
1 of 1 passed |
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l = 1.5 EB - linear |
1 of 1 passed |
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l = 1.5 T - linear |
1 of 1 passed |
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l = 3 EB - linear |
1 of 1 passed |
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l = 3 T - linear |
1 of 1 passed |
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l = 6 EB - linear |
1 of 1 passed |
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l = 6 T - linear |
1 of 1 passed |
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l = 0.6 EB - nonlinear |
1 of 1 passed |
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l = 0.6 T - nonlinear |
1 of 1 passed |
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l = 1.5 EB - nonlinear |
1 of 1 passed |
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l = 1.5 T - nonlinear |
1 of 1 passed |
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l = 3 EB - nonlinear |
1 of 1 passed |
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l = 3 T - nonlinear |
1 of 1 passed |
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l = 6 EB - nonlinear |
1 of 1 passed |
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l = 6 T - nonlinear |
1 of 1 passed |
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l = 0.6 EB circular - linear |
1 of 1 passed |
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l = 0.6 T circular - linear |
1 of 1 passed |
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l = 1.5 EB circular - linear |
1 of 1 passed |
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l = 1.5 T circular - linear |
1 of 1 passed |
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l = 3 EB circular - linear |
1 of 1 passed |
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l = 3 T circular - linear |
1 of 1 passed |
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l = 6 EB circular - linear |
1 of 1 passed |
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l = 6 T circular - linear |
1 of 1 passed |
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l = 0.6 EB circular - nonlinear |
1 of 1 passed |
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l = 0.6 T circular - nonlinear |
1 of 1 passed |
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l = 1.5 EB circular - nonlinear |
1 of 1 passed |
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l = 1.5 T circular - nonlinear |
1 of 1 passed |
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l = 3 EB circular - nonlinear |
1 of 1 passed |
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l = 3 T circular - nonlinear |
1 of 1 passed |
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l = 6 EB circular - nonlinear |
1 of 1 passed |
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l = 6 T circular - nonlinear |
1 of 1 passed |
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Benchmark Bell Cantilever |
32 of 32 passed |
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Comparison between results produced by Ashes and results published by Bell (1987) for a cantilever beam. See detailed description |
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l = 0.6 EB - linear |
1 of 1 passed |
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l = 0.6 T - linear |
1 of 1 passed |
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l = 1.5 EB - linear |
1 of 1 passed |
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l = 1.5 T - linear |
1 of 1 passed |
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l = 3 EB - linear |
1 of 1 passed |
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l = 3 T - linear |
1 of 1 passed |
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l = 6 EB - linear |
1 of 1 passed |
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l = 6 T - linear |
1 of 1 passed |
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l = 0.6 EB - nonlinear |
1 of 1 passed |
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l = 0.6 T - nonlinear |
1 of 1 passed |
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l = 1.5 EB - nonlinear |
1 of 1 passed |
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l = 1.5 T - nonlinear |
1 of 1 passed |
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l = 3 EB - nonlinear |
1 of 1 passed |
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l = 3 T - nonlinear |
1 of 1 passed |
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l = 6 EB - nonlinear |
1 of 1 passed |
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l = 6 T - nonlinear |
1 of 1 passed |
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l = 0.6 EB circular - linear |
1 of 1 passed |
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l = 0.6 T circular - linear |
1 of 1 passed |
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l = 1.5 EB circular - linear |
1 of 1 passed |
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l = 1.5 T circular - linear |
1 of 1 passed |
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l = 3 EB circular - linear |
1 of 1 passed |
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l = 3 T circular - linear |
1 of 1 passed |
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l = 6 EB circular - linear |
1 of 1 passed |
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l = 6 T circular - linear |
1 of 1 passed |
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l = 0.6 EB circular - nonlinear |
1 of 1 passed |
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l = 0.6 T circular - nonlinear |
1 of 1 passed |
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l = 1.5 EB circular - nonlinear |
1 of 1 passed |
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l = 1.5 T circular - nonlinear |
1 of 1 passed |
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l = 3 EB circular - nonlinear |
1 of 1 passed |
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l = 3 T circular - nonlinear |
1 of 1 passed |
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l = 6 EB circular - nonlinear |
1 of 1 passed |
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l = 6 T circular - nonlinear |
1 of 1 passed |
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Benchmark Bell |
32 of 32 passed |
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Comparison between results produced by Ashes and results published by Bell (1987). See detailed description |
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Figure 6-6 Euler - linear |
4 of 4 passed |
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Figure 6-6 Timoshenko - linear |
4 of 4 passed |
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Figure 6-6 Euler - nonlinear |
4 of 4 passed |
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Figure 6-6 Timoshenko - nonlinear |
4 of 4 passed |
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Figure 6-6 circular Euler - linear |
4 of 4 passed |
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Figure 6-6 circular Timoshenko - linear |
4 of 4 passed |
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Figure 6-6 circular Euler - nonlinear |
4 of 4 passed |
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Figure 6-6 circular Timoshenko - nonlinear |
4 of 4 passed |
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Benchmark Irgens |
16 of 16 passed |
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Comparison between results produced by Ashes and results published by Irgens (1985). See detailed description |
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Eksempel_1_Kap_19_Irgens - linear |
2 of 2 passed |
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Eksempel_1_Kap_19_Irgens - linear - load history file |
2 of 2 passed |
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Eksempel_3_Kap_19_Irgens - linear |
1 of 1 passed |
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Eksempel_3_Kap_19_Irgens - linear - load history file |
1 of 1 passed |
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Eksempel_5_Kap_24_Irgens - linear |
2 of 2 passed |
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Eksempel_1_Kap_19_Irgens - nonlinear |
2 of 2 passed |
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Eksempel_1_Kap_19_Irgens - nonlinear - load history file |
2 of 2 passed |
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Eksempel_3_Kap_19_Irgens - nonlinear |
1 of 1 passed |
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Eksempel_3_Kap_19_Irgens - nonlinear - load history file |
1 of 1 passed |
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Eksempel_5_Kap_24_Irgens - nonlinear |
2 of 2 passed |
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Benchmark MacNeal Curved Beam |
2 of 2 passed |
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Comparison between results produced by Ashes and results published by MacNeal (1985). See detailed description |
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In-plane shear |
1 of 1 passed |
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Out-of-plane shear |
1 of 1 passed |
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Benchmark MacNeal Straight Beam |
4 of 4 passed |
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Comparison between results produced by Ashes and results published by MacNeal (1985). See detailed description |
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Extension |
1 of 1 passed |
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In-plane shear |
1 of 1 passed |
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Out-of-plane shear |
1 of 1 passed |
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Twist |
1 of 1 passed |
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Benchmark MacNeal Twisted Beam |
2 of 2 passed |
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Comparison between results produced by Ashes and results published by MacNeal (1985). See detailed description |
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In-plane shear |
1 of 1 passed |
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Out-of-plane shear |
1 of 1 passed |
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Blade decay test |
12 of 12 passed |
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Decay test with a blade compared to analytical solution. See detailed description |
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Decay no damping |
1 of 1 passed |
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Decay no damping stiffness x 2 |
1 of 1 passed |
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Decay no damping stiffness x 0.5 |
1 of 1 passed |
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Mass only |
1 of 1 passed |
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Stiffness only |
1 of 1 passed |
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Mass only 2nd mode |
1 of 1 passed |
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Stiffness only 2nd mode |
1 of 1 passed |
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Rayleigh first mode |
1 of 1 passed |
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Rayleigh second mode |
1 of 1 passed |
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Mass from coefficients |
1 of 1 passed |
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Stiffness from coefficients |
1 of 1 passed |
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Rayleigh from coefficients |
1 of 1 passed |
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Blade structural offset |
8 of 8 passed |
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Comparison between a simple blade with structural offsets and analytical solutions. See detailed description |
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Elastic offset |
2 of 2 passed |
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Elastic offset 45 pitch |
2 of 2 passed |
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Mass offset |
2 of 2 passed |
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Mass offset 45 pitch |
2 of 2 passed |
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Buoyancy test |
14 of 14 passed |
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Comparison between buoyancy loads computed by Ashes and analytical solutions. See detailed description |
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Draft 20 m |
4 of 4 passed |
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Draft 20 m with waves |
5 of 5 passed |
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Draft 20 m with waves two cylinders |
5 of 5 passed |
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Buoyancy test static |
6 of 6 passed |
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Comparison between buoyancy loads computed by Ashes and analytical solutions. See detailed description |
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Draft 21 m |
6 of 6 passed |
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Cylindrical blade |
40 of 40 passed |
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Results produced by Ashes with a simple cylindrical blade compared to analytical solution. See detailed description |
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10 ms |
4 of 4 passed |
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5 ms |
4 of 4 passed |
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10 ms 90 deg |
4 of 4 passed |
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10 ms tilt 5 deg |
4 of 4 passed |
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10 ms cone 2.5 deg |
4 of 4 passed |
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10 ms Loads only |
4 of 4 passed |
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5 ms Loads only |
4 of 4 passed |
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10 ms 90 deg Loads only |
4 of 4 passed |
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10 ms tilt 5 deg Loads only |
4 of 4 passed |
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10 ms cone 2.5 deg Loads only |
4 of 4 passed |
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Decay test tower |
20 of 20 passed |
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Decay test in Ashes compared to analytical solution. See detailed description |
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Decay no damping |
2 of 2 passed |
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Mass only |
2 of 2 passed |
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Stiffness only |
2 of 2 passed |
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Mass only 2nd mode |
2 of 2 passed |
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Stiffness only 2nd mode |
2 of 2 passed |
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Rayleigh first mode |
2 of 2 passed |
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Rayleigh second mode |
2 of 2 passed |
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Mass from coefficients |
2 of 2 passed |
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Stiffness from coefficients |
2 of 2 passed |
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Rayleigh from coefficients |
2 of 2 passed |
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DTU 10-MW blade eigenfrequencies |
1 of 1 passed |
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Benchmark against the DTU 10-MW blade eigenfrequencies published in the specification document. See detailed description |
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Load case 1 |
1 of 1 passed |
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DTU 10-MW isolated blade mode shapes |
7 of 7 passed |
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Benchmark against the DTU 10-MW blade eigenfrequencies published in the specification document. See detailed description |
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1st flap mode |
1 of 1 passed |
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1st edge mode |
1 of 1 passed |
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2nd flap mode |
1 of 1 passed |
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2nd edge mode |
1 of 1 passed |
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3rd flap mode |
1 of 1 passed |
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3rd edge mode |
1 of 1 passed |
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4th flap mode |
1 of 1 passed |
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DTU 10-MW steady state performance - stiff blades |
44 of 44 passed |
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Comparison between aerodynamic performance of the DTU 10-MW turbine without prebend, tilt, cone and structural deflections as published in the specification document and Ashes See detailed description |
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4 ms wind speed |
2 of 2 passed |
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5 ms wind speed |
2 of 2 passed |
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6 ms wind speed |
2 of 2 passed |
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7 ms wind speed |
2 of 2 passed |
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8 ms wind speed |
2 of 2 passed |
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9 ms wind speed |
2 of 2 passed |
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10 ms wind speed |
2 of 2 passed |
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11 ms wind speed |
2 of 2 passed |
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12 ms wind speed |
2 of 2 passed |
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13 ms wind speed |
2 of 2 passed |
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14 ms wind speed |
2 of 2 passed |
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15 ms wind speed |
2 of 2 passed |
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16 ms wind speed |
2 of 2 passed |
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17 ms wind speed |
2 of 2 passed |
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18 ms wind speed |
2 of 2 passed |
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19 ms wind speed |
2 of 2 passed |
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20 ms wind speed |
2 of 2 passed |
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21 ms wind speed |
2 of 2 passed |
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22 ms wind speed |
2 of 2 passed |
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23 ms wind speed |
2 of 2 passed |
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24 ms wind speed |
2 of 2 passed |
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25 ms wind speed |
2 of 2 passed |
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DTU 10-MW steady state performance - Timoshenko blades with offsets |
132 of 132 passed |
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Comparison between aerodynamic performance of the DTU 10-MW turbine as published in the specification document and Ashes See detailed description |
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4 ms wind speed |
6 of 6 passed |
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5 ms wind speed |
6 of 6 passed |
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6 ms wind speed |
6 of 6 passed |
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7 ms wind speed |
6 of 6 passed |
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8 ms wind speed |
6 of 6 passed |
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9 ms wind speed |
6 of 6 passed |
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10 ms wind speed |
6 of 6 passed |
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11 ms wind speed |
6 of 6 passed |
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12 ms wind speed |
6 of 6 passed |
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13 ms wind speed |
6 of 6 passed |
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14 ms wind speed |
6 of 6 passed |
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15 ms wind speed |
6 of 6 passed |
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16 ms wind speed |
6 of 6 passed |
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17 ms wind speed |
6 of 6 passed |
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18 ms wind speed |
6 of 6 passed |
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19 ms wind speed |
6 of 6 passed |
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20 ms wind speed |
6 of 6 passed |
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21 ms wind speed |
6 of 6 passed |
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22 ms wind speed |
6 of 6 passed |
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23 ms wind speed |
6 of 6 passed |
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24 ms wind speed |
6 of 6 passed |
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25 ms wind speed |
6 of 6 passed |
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DTU 10-MW steady state performance - Timoshenko blades |
132 of 132 passed |
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Comparison between aerodynamic performance of the DTU 10-MW turbine as published in the specification document and Ashes See detailed description |
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4 ms wind speed |
6 of 6 passed |
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5 ms wind speed |
6 of 6 passed |
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6 ms wind speed |
6 of 6 passed |
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7 ms wind speed |
6 of 6 passed |
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8 ms wind speed |
6 of 6 passed |
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9 ms wind speed |
6 of 6 passed |
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10 ms wind speed |
6 of 6 passed |
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11 ms wind speed |
6 of 6 passed |
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12 ms wind speed |
6 of 6 passed |
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13 ms wind speed |
6 of 6 passed |
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14 ms wind speed |
6 of 6 passed |
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15 ms wind speed |
6 of 6 passed |
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16 ms wind speed |
6 of 6 passed |
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17 ms wind speed |
6 of 6 passed |
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18 ms wind speed |
6 of 6 passed |
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19 ms wind speed |
6 of 6 passed |
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20 ms wind speed |
6 of 6 passed |
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21 ms wind speed |
6 of 6 passed |
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22 ms wind speed |
6 of 6 passed |
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23 ms wind speed |
6 of 6 passed |
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24 ms wind speed |
6 of 6 passed |
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25 ms wind speed |
6 of 6 passed |
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DTU 10-MW steady state performance |
132 of 132 passed |
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Comparison between aerodynamic performance of the DTU 10-MW turbine as published in the specification document and Ashes See detailed description |
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4 ms wind speed |
6 of 6 passed |
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5 ms wind speed |
6 of 6 passed |
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6 ms wind speed |
6 of 6 passed |
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7 ms wind speed |
6 of 6 passed |
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8 ms wind speed |
6 of 6 passed |
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9 ms wind speed |
6 of 6 passed |
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10 ms wind speed |
6 of 6 passed |
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11 ms wind speed |
6 of 6 passed |
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12 ms wind speed |
6 of 6 passed |
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13 ms wind speed |
6 of 6 passed |
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14 ms wind speed |
6 of 6 passed |
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15 ms wind speed |
6 of 6 passed |
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16 ms wind speed |
6 of 6 passed |
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17 ms wind speed |
6 of 6 passed |
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18 ms wind speed |
6 of 6 passed |
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19 ms wind speed |
6 of 6 passed |
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20 ms wind speed |
6 of 6 passed |
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21 ms wind speed |
6 of 6 passed |
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22 ms wind speed |
6 of 6 passed |
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23 ms wind speed |
6 of 6 passed |
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24 ms wind speed |
6 of 6 passed |
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25 ms wind speed |
6 of 6 passed |
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DTU 10-MW whole turbine eigenfrequencies |
1 of 1 passed |
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Comparison between the eigenfrequencies of the DTU 10-MW turbine as published in the spedicifaction document and as computed by Ashes. See detailed description |
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Load case 1 |
1 of 1 passed |
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Dynamic stall test |
1 of 1 passed |
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Comparison between output from Ashes and results from Hansen See detailed description |
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Load case 1 |
1 of 1 passed |
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Eigenfrequency circular cylinder |
1 of 1 passed |
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Comparison between the eigenfrequency of a circular cylinder computed by Ashes and the analytical solution. See detailed description |
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Analytical |
1 of 1 passed |
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Element weight |
9 of 9 passed |
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Weight of an element with different cross sections compared to analytical solution. See detailed description |
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Circular hollow |
1 of 1 passed |
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Circular shape |
1 of 1 passed |
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Circular shape thickness |
1 of 1 passed |
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Circular shape thickness filling |
1 of 1 passed |
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Circular shape thickness filling half |
1 of 1 passed |
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Circular solid |
1 of 1 passed |
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Rectangular hollow |
1 of 1 passed |
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Rectangular shape |
1 of 1 passed |
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Circular hollow Mars |
1 of 1 passed |
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Emergency-stop |
6 of 6 passed |
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Default RNA template with a Python pitch controller that picthes the blades 90 degrees after 15 s. See detailed description |
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Load case 1 |
6 of 6 passed |
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Fatigue test analytical |
3 of 3 passed |
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Fatigue life compared to analytical solution. See detailed description |
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Static pull |
1 of 1 passed |
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Oscillating load |
2 of 2 passed |
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Heave plate test |
10 of 10 passed |
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Comparison between hydrodynamic loads on a heave plate computed by Ashes and theory. |
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H = 5 m T = 10 s |
2 of 2 passed |
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H = 5 m T = 10 s surge offset |
2 of 2 passed |
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H = 5 m T = 10 s surge-sway offset angle 45 |
3 of 3 passed |
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H = 5 m T = 10 s surge-sway offset angle -45 |
3 of 3 passed |
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IEA 15-MW blade eigenfrequencies |
1 of 1 passed |
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Comparison between the eigenfrequencies of the IEA 15-MW blade as published in the spedicifaction document and as computed by Ashes. |
|
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Load case 1 |
1 of 1 passed |
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IEA 15-MW no blades eigenfrequencies |
1 of 1 passed |
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Comparison between the eigenfrequencies of a bladeless IEA 15-MW model from OrcaFlex and as computed by Ashes. |
|
|
Load case 1 |
1 of 1 passed |
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IEA 15-MW Rotor Performance |
112 of 112 passed |
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Comparison between aerodynamic performance of the IEA 15-MW turbine as published in the specification document and Ashes See detailed description |
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4 ms wind speed |
7 of 7 passed |
|
5 ms wind speed |
7 of 7 passed |
|
6 ms wind speed |
7 of 7 passed |
|
7 ms wind speed |
7 of 7 passed |
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8 ms wind speed |
7 of 7 passed |
|
9 ms wind speed |
7 of 7 passed |
|
10 ms wind speed |
7 of 7 passed |
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11 ms wind speed |
7 of 7 passed |
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12 ms wind speed |
7 of 7 passed |
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13 ms wind speed |
7 of 7 passed |
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14 ms wind speed |
7 of 7 passed |
|
15 ms wind speed |
7 of 7 passed |
|
17.5 ms wind speed |
7 of 7 passed |
|
20 ms wind speed |
7 of 7 passed |
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22.5 ms wind speed |
7 of 7 passed |
|
25 ms wind speed |
7 of 7 passed |
|
IEA 15-MW Rotor Performance with rotational inertia |
112 of 112 passed |
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Comparison between aerodynamic performance of the IEA 15-MW turbine as published in the specification document and Ashes See detailed description |
|
|
4 ms wind speed |
7 of 7 passed |
|
5 ms wind speed |
7 of 7 passed |
|
6 ms wind speed |
7 of 7 passed |
|
7 ms wind speed |
7 of 7 passed |
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8 ms wind speed |
7 of 7 passed |
|
9 ms wind speed |
7 of 7 passed |
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10 ms wind speed |
7 of 7 passed |
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11 ms wind speed |
7 of 7 passed |
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12 ms wind speed |
7 of 7 passed |
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13 ms wind speed |
7 of 7 passed |
|
14 ms wind speed |
7 of 7 passed |
|
15 ms wind speed |
7 of 7 passed |
|
17.5 ms wind speed |
7 of 7 passed |
|
20 ms wind speed |
7 of 7 passed |
|
22.5 ms wind speed |
7 of 7 passed |
|
25 ms wind speed |
7 of 7 passed |
|
IEA15MW Monopile weight |
1 of 1 passed |
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Comparison between the weight of the Monopile for the IEA 15-MW turbine as published in the specification document and Ashes See detailed description |
|
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Load case 1 |
1 of 1 passed |
|
IEA15MW tubular tower weight |
1 of 1 passed |
|
Comparison between the weight of the tubular tower for the IEA 15-MW turbine as published in the specification document and Ashes See detailed description |
|
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Load case 1 |
1 of 1 passed |
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Iec extremes |
12 of 12 passed |
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IEC extreme wind produced in Ashes compared to the IEC standard. See detailed description |
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EOG |
2 of 2 passed |
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EOG 25ms |
2 of 2 passed |
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EDC |
4 of 4 passed |
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EDC 25ms |
4 of 4 passed |
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NREL 5MW eigenfrequencies regression |
1 of 1 passed |
|
Benchmark against the eigenfrequencies of the NREL 5-MW reference wind turbine. |
|
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Load case 1 |
1 of 1 passed |
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NREL 5MW eigenfrequencies |
2 of 2 passed |
|
Benchmark against the eigenfrequencies of the NREL 5-MW reference wind turbine. |
|
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Load case 1 |
2 of 2 passed |
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MacCamy-Fuchs test |
10 of 10 passed |
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Results produced by Ashes with a circular cylinder in waves using the MacCamy-Fuchs correction compared to benchmark values. See detailed description |
|
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L = 60 m |
1 of 1 passed |
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L = 30 m |
1 of 1 passed |
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L = 20 m |
1 of 1 passed |
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L = 15 m |
1 of 1 passed |
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L = 12 m |
1 of 1 passed |
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L = 10 m |
1 of 1 passed |
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L = 8.57 m |
1 of 1 passed |
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L = 7.5 m |
1 of 1 passed |
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L = 6.67 m |
1 of 1 passed |
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L = 6 m |
1 of 1 passed |
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Maximum stress |
2 of 2 passed |
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Results produced by Ashes for a static pull compared to the analytical solution. See detailed description |
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Default tower |
2 of 2 passed |
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Morison test |
24 of 24 passed |
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Results produced by Ashes with a circular cylinder in waves compared to analytical solution. See detailed description |
|
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H = 5 m L = 120 m |
3 of 3 passed |
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H = 5 m L = 120 m Cm = 2 |
3 of 3 passed |
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H = 5 m L = 120 m Cd = 1 |
3 of 3 passed |
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H = 5 m L = 120 m D = 4 m |
3 of 3 passed |
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H = 5 m T = 10 s |
3 of 3 passed |
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H = 5 m T = 10 s h = 200 m |
3 of 3 passed |
|
H = 2 m T = 5 s |
3 of 3 passed |
|
H = 2 m T = 5 s h = 10 m |
3 of 3 passed |
|
Morison total load |
8 of 8 passed |
|
Results produced by Ashes with a circular cylinder in waves compared to a benchmarked solution. See detailed description |
|
|
H = 5 m T = 7 s |
1 of 1 passed |
|
H = 10 m T = 12 s |
1 of 1 passed |
|
H = 5 m T = 7 s fixed |
1 of 1 passed |
|
H = 10 m T = 12 s fixed |
1 of 1 passed |
|
H = 5 m T = 7 s partly |
1 of 1 passed |
|
H = 10 m T = 12 s partly |
1 of 1 passed |
|
H = 5 m T = 7 s moving |
1 of 1 passed |
|
H = 10 m T = 12 s moving |
1 of 1 passed |
|
nonlinear rotational spring test |
18 of 18 passed |
|
Displacement of a node experiencing a force and attached to a nonlinear spring. See detailed description |
|
|
x-direction 60 MNm |
2 of 2 passed |
|
x-direction -30 MNm |
2 of 2 passed |
|
y-direction 4 MNm |
2 of 2 passed |
|
y-direction -2 MNm |
2 of 2 passed |
|
z-direction 1 MNm |
2 of 2 passed |
|
z-direction -0.5 MNm |
2 of 2 passed |
|
xy-direction |
4 of 4 passed |
|
x-direction sine |
2 of 2 passed |
|
nonlinear spring test |
18 of 18 passed |
|
Displacement of a node experiencing a force and attached to a nonlinear spring. See detailed description |
|
|
x-direction 1000 N |
2 of 2 passed |
|
x-direction -200 N |
2 of 2 passed |
|
y-direction 1000 N |
2 of 2 passed |
|
y-direction -300 N |
2 of 2 passed |
|
z-direction 500 N |
2 of 2 passed |
|
z-direction -1000 N |
2 of 2 passed |
|
xy-direction |
4 of 4 passed |
|
x-direction sine |
2 of 2 passed |
|
OC3_Phase_I |
520 of 520 passed |
|
Benchmark against the OC3 Phase I See detailed description |
|
|
2.1a |
520 of 520 passed |
|
2.1b |
0 of 0 passed |
|
2.4 |
0 of 0 passed |
|
3.1 |
0 of 0 passed |
|
4.1 |
0 of 0 passed |
|
5.1 |
0 of 0 passed |
|
OC3_Phase_I_DLL |
520 of 520 passed |
|
Benchmark against the OC3 Phase I See detailed description |
|
|
2.1a |
520 of 520 passed |
|
2.1b |
0 of 0 passed |
|
2.4 |
0 of 0 passed |
|
3.1 |
0 of 0 passed |
|
4.1 |
0 of 0 passed |
|
5.1 |
0 of 0 passed |
|
OC3_Phase_I_python |
520 of 520 passed |
|
Benchmark against the OC3 Phase I See detailed description |
|
|
2.1a |
520 of 520 passed |
|
2.1b |
0 of 0 passed |
|
2.4 |
0 of 0 passed |
|
3.1 |
0 of 0 passed |
|
4.1 |
0 of 0 passed |
|
5.1 |
0 of 0 passed |
|
OC3_Phase_I_LC12 |
13 of 13 passed |
|
Benchmark against the OC3 Phase I Load case 1.2 (eigenfrequencies) See detailed description |
|
|
Load case 1 |
13 of 13 passed |
|
OC3_Phase_I_LC12 regression |
1 of 1 passed |
|
Benchmark against the OC3 Phase I Load case 1.2 (eigenfrequencies) See detailed description |
|
|
Load case 1 |
1 of 1 passed |
|
OC3_Phase_I_LC26 |
507 of 507 passed |
|
Benchmark against the OC3 Phase I See detailed description |
|
|
2.6 |
507 of 507 passed |
|
OC3_Phase_I_LC43 |
507 of 507 passed |
|
Benchmark against the OC3 Phase I See detailed description |
|
|
4.3 |
507 of 507 passed |
|
OC3_Phase_II |
300 of 300 passed |
|
Benchmark against the OC3 Phase II See detailed description |
|
|
4.1a |
300 of 300 passed |
|
4.1b |
0 of 0 passed |
|
4.1c |
0 of 0 passed |
|
OC3 Phase II LC 12 AF |
6 of 6 passed |
|
Benchmark against the OC3 Phase II Load case 1.2 (eigenfrequencies) See detailed description |
|
|
Load case 1 |
6 of 6 passed |
|
OC3 Phase II LC 12 AF regression |
1 of 1 passed |
|
Benchmark against the OC3 Phase II Load case 1.2 (eigenfrequencies) See detailed description |
|
|
Load case 1 |
1 of 1 passed |
|
OC3 Phase II LC 12 DS |
5 of 5 passed |
|
Benchmark against the OC3 Phase II Load case 1.2 (eigenfrequencies) See detailed description |
|
|
Load case 1 |
5 of 5 passed |
|
OC3 Phase II LC 12 DS regression |
1 of 1 passed |
|
Benchmark against the OC3 Phase II Load case 1.2 (eigenfrequencies) See detailed description |
|
|
Load case 1 |
1 of 1 passed |
|
OC4_Phase_I_LC10b |
13 of 13 passed |
|
Benchmark against the OC4 Phase I Load case 1.0 (eigenfrequencies) See detailed description |
|
|
Load case 1 |
13 of 13 passed |
|
OC4_Phase_II_LC13b13c |
504 of 504 passed |
|
Benchmark against the OC4 Phase II See detailed description |
|
|
1.3b |
504 of 504 passed |
|
1.3c |
0 of 0 passed |
|
OC4_Phase_II_LC13a13d |
528 of 528 passed |
|
Benchmark against the OC4 Phase II See detailed description |
|
|
1.3a |
528 of 528 passed |
|
1.3d |
0 of 0 passed |
|
OC4_Phase_II_LC13b13c_PF |
504 of 504 passed |
|
Benchmark against the OC4 Phase II See detailed description |
|
|
1.3b |
504 of 504 passed |
|
1.3c |
0 of 0 passed |
|
OC4_Phase_II_LC13a13d_PF |
528 of 528 passed |
|
Benchmark against the OC4 Phase II See detailed description |
|
|
1.3a |
528 of 528 passed |
|
1.3d |
0 of 0 passed |
|
OC6_Phase_I_LC1 |
100 of 100 passed |
|
Benchmark against the OC6 Phase I See detailed description |
|
|
LC11 |
100 of 100 passed |
|
LC12 |
0 of 0 passed |
|
LC13 |
0 of 0 passed |
|
LC14 |
0 of 0 passed |
|
LC15 |
0 of 0 passed |
|
LC16 |
0 of 0 passed |
|
OC6_Phase_I_LC1_speed |
11 of 11 passed |
|
Benchmark against the OC6 Phase I See detailed description |
|
|
LC11 |
1 of 1 passed |
|
LC12 |
2 of 2 passed |
|
LC13 |
2 of 2 passed |
|
LC14 |
2 of 2 passed |
|
LC15 |
2 of 2 passed |
|
LC16 |
2 of 2 passed |
|
OC6_Phase_I_LC3 |
96 of 96 passed |
|
Benchmark against the OC6 Phase I See detailed description |
|
|
LC31 |
96 of 96 passed |
|
LC32 |
0 of 0 passed |
|
One airfoil blade fixed |
20 of 20 passed |
|
Results produced by Ashes with a simple blade compared to analytical solution. See detailed description |
|
|
Stiff blade |
5 of 5 passed |
|
two-element blade |
5 of 5 passed |
|
three-element blade |
5 of 5 passed |
|
20-element blade |
5 of 5 passed |
|
One airfoil blade |
162 of 162 passed |
|
Results produced by Ashes with a simple blade compared to analytical solution. See detailed description |
|
|
10 ms |
9 of 9 passed |
|
5 ms |
9 of 9 passed |
|
10 ms RPM 10 |
9 of 9 passed |
|
10 ms - unsteady BEM |
9 of 9 passed |
|
5 ms - unsteady BEM |
9 of 9 passed |
|
10 ms RPM 10 - unsteady BEM |
9 of 9 passed |
|
10 ms pitch 20 |
9 of 9 passed |
|
5 ms pitch 20 |
9 of 9 passed |
|
10 ms RPM 10 pitch 20 |
9 of 9 passed |
|
10 ms - unsteady BEM pitch 20 |
9 of 9 passed |
|
5 ms - unsteady BEM pitch 20 |
9 of 9 passed |
|
10 ms RPM 10 - unsteady BEM pitch 20 |
9 of 9 passed |
|
10 ms twist |
9 of 9 passed |
|
5 ms twist |
9 of 9 passed |
|
10 ms RPM 10 twist |
9 of 9 passed |
|
10 ms - unsteady BEM twist |
9 of 9 passed |
|
5 ms - unsteady BEM twist |
9 of 9 passed |
|
10 ms RPM 10 - unsteady BEM twist |
9 of 9 passed |
|
Potential Flow OpenFAST Loads |
4 of 4 passed |
|
LC11 |
2 of 2 passed |
|
LC21 |
2 of 2 passed |
|
Quadratic generator test |
8 of 8 passed |
|
RPM 2 |
2 of 2 passed |
|
RPM 10 |
2 of 2 passed |
|
RPM 20 |
2 of 2 passed |
|
K 05 |
2 of 2 passed |
|
Spring test |
33 of 33 passed |
|
Displacement of a node experiencing a force and attached to a linear spring. See detailed description |
|
|
Translational x-direction |
1 of 1 passed |
|
Translational x-direction negative force |
1 of 1 passed |
|
Translational y-direction |
1 of 1 passed |
|
Translational y-direction negative force |
1 of 1 passed |
|
Translational z-direction |
1 of 1 passed |
|
Translational z-direction negative force |
1 of 1 passed |
|
Translational xyz-direction |
3 of 3 passed |
|
Rotational x-direction |
1 of 1 passed |
|
Rotational y-direction |
1 of 1 passed |
|
Rotational z-direction |
1 of 1 passed |
|
Translational x-direction linear |
1 of 1 passed |
|
Translational x-direction negative force linear |
1 of 1 passed |
|
Translational y-direction linear |
1 of 1 passed |
|
Translational y-direction negative force linear |
1 of 1 passed |
|
Translational z-direction linear |
1 of 1 passed |
|
Translational z-direction negative force linear |
1 of 1 passed |
|
Translational xyz-direction linear |
3 of 3 passed |
|
Rotational x-direction linear |
1 of 1 passed |
|
Rotational y-direction linear |
1 of 1 passed |
|
Rotational z-direction linear |
1 of 1 passed |
|
Translational x-direction 6x6 |
1 of 1 passed |
|
Translational x-direction negative force 6x6 |
1 of 1 passed |
|
Translational y-direction 6x6 |
1 of 1 passed |
|
Translational y-direction negative force 6x6 |
1 of 1 passed |
|
Translational z-direction 6x6 |
1 of 1 passed |
|
Translational z-direction negative force 6x6 |
1 of 1 passed |
|
Translational xyz-direction 6x6 |
3 of 3 passed |
|
Static pull |
62 of 62 passed |
|
Static pull compared to analytical solution. See detailed description |
|
|
Circular hollow cross section with a force in the x-direction |
4 of 4 passed |
|
Circular hollow cross section with a force in the y-direction |
4 of 4 passed |
|
Circular hollow cross section with a force at 45 degrees |
7 of 7 passed |
|
Circular hollow cross section with a force in the z-direction |
3 of 3 passed |
|
Circular hollow cross section with a moment around the z-direction |
2 of 2 passed |
|
Circular hollow cross section with a force in the x-direction - 20 m element |
4 of 4 passed |
|
Circular hollow cross section with a force in the z-direction - 20 m element |
3 of 3 passed |
|
Circular hollow cross section with a moment around the z-direction - 20 m element |
2 of 2 passed |
|
Circular hollow cross section with a force in the x-direction - Timoshenko |
4 of 4 passed |
|
Rectangular hollow cross section with a force in the x-direction |
4 of 4 passed |
|
Rectangular hollow cross section with a force in the y-direction |
4 of 4 passed |
|
Rectangular hollow cross section with a force in the x-direction 90 deg twist |
4 of 4 passed |
|
Rectangular hollow cross section with a force in the x-direction 30 deg twist |
7 of 7 passed |
|
Circular shape cross section with a force in the x-direction |
3 of 3 passed |
|
Circular shape cross section with a force in the y-direction |
3 of 3 passed |
|
Circular shape cross section with a force in the z-direction |
2 of 2 passed |
|
Circular shape cross section with a moment around the z-direction |
2 of 2 passed |
|
Stream function T = 10 H = 10 d = 20 N = 11 |
5 of 5 passed |
|
Stream function wave kinematics compared to results from obtained with Fenton's code . See detailed description |
|
|
T = 10 H = 10 d = 20 N = 11 |
5 of 5 passed |
|
Stream function T = 10 H = 5 d = 20 N = 11 |
5 of 5 passed |
|
Stream function wave kinematics compared to results from obtained with Fenton's code . See detailed description |
|
|
T = 10 H = 5 d = 20 N = 11 |
5 of 5 passed |
|
Stream function T = 10 H = 8 d = 20 N = 11 |
5 of 5 passed |
|
Stream function wave kinematics compared to results from obtained with Fenton's code . See detailed description |
|
|
T = 10 H = 8 d = 20 N = 11 |
5 of 5 passed |
|
Stream function T = 5 H = 2 d = 20 N = 5 |
5 of 5 passed |
|
Stream function wave kinematics compared to results from obtained with Fenton's code . See detailed description |
|
|
T = 5 H = 2 d = 20 N = 5 |
5 of 5 passed |
|
Stream function T = 5 H = 5 d = 20 N = 11 |
5 of 5 passed |
|
Stream function wave kinematics compared to results from obtained with Fenton's code . See detailed description |
|
|
T = 5 H = 5 d = 20 N = 11 |
5 of 5 passed |
|
Stream function |
1 of 1 passed |
|
Stream function wave kinematics compared to results from Peeringa . See detailed description |
|
|
Test 1 Peeringa |
1 of 1 passed |
|
Timoshenko Blade |
8 of 8 passed |
|
Static pull of a blade compared to Bell (1987) for Euler-Beryesulli and Timoshenko elements. See detailed description |
|
|
l = 0.6 EB |
1 of 1 passed |
|
l = 0.6 T |
1 of 1 passed |
|
l = 1.5 EB |
1 of 1 passed |
|
l = 1.5 T |
1 of 1 passed |
|
l = 3 EB |
1 of 1 passed |
|
l = 3 T |
1 of 1 passed |
|
l = 6 EB |
1 of 1 passed |
|
l = 6 T |
1 of 1 passed |
|
Tower shadow |
4 of 4 passed |
|
Verification of the wind velocity deficit produced by the tower shadow with the potential flow model. See detailed description |
|
|
No shadow |
2 of 2 passed |
|
Tower shadow |
2 of 2 passed |
|
Tower shadow Powles |
12 of 12 passed |
|
Verification of the wind velocity deficit produced by the tower shadow with the Powles model. See detailed description |
|
|
No shadow |
3 of 3 passed |
|
Tower shadow |
3 of 3 passed |
|
Tower shadow cd = 0.67 |
3 of 3 passed |
|
Tower shadow azimuth 5 deg |
3 of 3 passed |
|
VAWT De Tavernier benchmark |
4 of 4 passed |
|
Default |
4 of 4 passed |
|
Wave kinematic test |
679 of 679 passed |
|
d = 20 m H = 6 T = 10 theta = 0 ph = 0 |
97 of 97 passed |
|
d = 20 m H = 3 T = 10 theta = 0 ph = 0 |
97 of 97 passed |
|
d = 20 m H = 3 T = 6 theta = 0 ph = 0 |
97 of 97 passed |
|
d = 20 m H = 6 T = 10 theta = 0 ph = 90 |
97 of 97 passed |
|
d = 20 m H = 6 T = 10 theta = 90 ph = 0 |
97 of 97 passed |
|
d = 20 m H = 6 T = 10 theta = 45 ph = 0 |
97 of 97 passed |
|
d = 20 m H = 6 T = 10 theta = -10 ph = 0 |
97 of 97 passed |
|
Tests the parameters from Aerodynamics tab |
732 of 732 passed |
|
Default |
61 of 61 passed |
|
Tip and Hub loss |
61 of 61 passed |
|
Excluded stations at tip and Glauert |
61 of 61 passed |
|
Tower shadow |
61 of 61 passed |
|
Moving structure |
61 of 61 passed |
|
Drag on tower |
61 of 61 passed |
|
Steady BEM |
61 of 61 passed |
|
Incoming wind for induction |
61 of 61 passed |
|
Polar interpolation scheme |
61 of 61 passed |
|
Apply moments |
61 of 61 passed |
|
Shear Eccentricity moments |
61 of 61 passed |
|
Mass centers offset |
61 of 61 passed |
|
Tests the parameters from Analysis_Convergence tab |
244 of 244 passed |
|
Default |
61 of 61 passed |
|
Load case 2 |
61 of 61 passed |
|
Load case 3 |
61 of 61 passed |
|
Load case 4 |
61 of 61 passed |
|
Tests the parameters from Analysis_General tab |
906 of 906 passed |
|
Default |
61 of 61 passed |
|
Loads only |
58 of 58 passed |
|
Time step RPM |
61 of 61 passed |
|
Time step TSR |
61 of 61 passed |
|
Stiff blades |
58 of 58 passed |
|
Analysis mode |
61 of 61 passed |
|
HHT factor |
61 of 61 passed |
|
Newmark Beta |
61 of 61 passed |
|
Newmark Beta coeffs |
61 of 61 passed |
|
Timoshenko |
61 of 61 passed |
|
Lumped mass |
61 of 61 passed |
|
Solver acceleration |
61 of 61 passed |
|
Consisten mass matrix |
61 of 61 passed |
|
Inertia factor |
61 of 61 passed |
|
Stiff CM |
58 of 58 passed |
|
Tests the parameters from Analysis_Loads_Ramp_up tab |
366 of 366 passed |
|
Default |
61 of 61 passed |
|
Time steps |
61 of 61 passed |
|
Curve linear |
61 of 61 passed |
|
Curve exponential |
61 of 61 passed |
|
Scheme duration |
61 of 61 passed |
|
None |
61 of 61 passed |
|
Tests the parameters from Analysis_Misc tab |
183 of 183 passed |
|
Default |
61 of 61 passed |
|
Statisctics start time |
61 of 61 passed |
|
Realtime scheme |
61 of 61 passed |
|
Tests the parameters from Analysis_One_prescribed_load tab |
427 of 427 passed |
|
Default |
61 of 61 passed |
|
Force |
61 of 61 passed |
|
Force periodic |
61 of 61 passed |
|
Force disabled |
61 of 61 passed |
|
Moment |
61 of 61 passed |
|
Moment periodic |
61 of 61 passed |
|
Moment disabled |
61 of 61 passed |
|
Tests the parameters from Analysis_Special_events tab |
183 of 183 passed |
|
Default |
61 of 61 passed |
|
Torque |
61 of 61 passed |
|
Torque time |
61 of 61 passed |
|
Tests the parameters from Analysis_Static tab |
183 of 183 passed |
|
Default |
61 of 61 passed |
|
static loads increment |
61 of 61 passed |
|
Mass scale factor |
61 of 61 passed |
|
Tests the parameters of the Atmosphere part |
427 of 427 passed |
|
Default |
61 of 61 passed |
|
Defined air density |
61 of 61 passed |
|
Density from parameters |
61 of 61 passed |
|
Defined viscosity |
61 of 61 passed |
|
Viscosity from parameters |
61 of 61 passed |
|
User defined atm pressure |
61 of 61 passed |
|
Pressure from parameters |
61 of 61 passed |
|
Decay test |
305 of 305 passed |
|
A decay test for the NREL 5-MW turbine in operation |
|
|
2 ms |
61 of 61 passed |
|
6 ms |
61 of 61 passed |
|
10 ms |
61 of 61 passed |
|
14 ms |
61 of 61 passed |
|
18 ms |
61 of 61 passed |
|
Decay test2 |
302 of 302 passed |
|
A decay test for the NREL 5 MW turbine in operation |
|
|
22 ms |
61 of 61 passed |
|
26 ms |
61 of 61 passed |
|
30 ms |
61 of 61 passed |
|
locked shaft_flex blades |
61 of 61 passed |
|
locked shaft_stiff blades |
58 of 58 passed |
|
default floater |
70 of 70 passed |
|
Load case 1 |
70 of 70 passed |
|
Default offshore with turbulent wind |
63 of 63 passed |
|
Load case 1 |
63 of 63 passed |
|
Default onshore |
61 of 61 passed |
|
One minute simulation of default 5MW turbine with 10 m/s constant uniform wind. The results are compared with a previous version of Ashes. |
|
|
Uniform wind - 10ms |
61 of 61 passed |
|
default rna only |
61 of 61 passed |
|
One minute simulation of RNA only with 10 m/s constant uniform wind. The results are compared with a previous version of Ashes. |
|
|
Load case 1 test |
61 of 61 passed |
|
default pendulum |
55 of 55 passed |
|
30 sec pendulum simulation |
|
|
Load case 1 |
55 of 55 passed |
|
Default RNA only with one blade |
61 of 61 passed |
|
30 sec RNA only with one blade simulation |
|
|
Load case 1 |
61 of 61 passed |
|
Default tubular tower only |
26 of 26 passed |
|
30 sec tubular tower only simulation |
|
|
Load case 1 |
26 of 26 passed |
|
Default offshore truss tower |
63 of 63 passed |
|
30 sec defalut offshore truss tower simulation with joint sensors |
|
|
Load case 1 |
63 of 63 passed |
|
Default Monopile only |
26 of 26 passed |
|
30 sec Monopile only simulation |
|
|
Load case 1 |
26 of 26 passed |
|
Default VAWT |
20 of 20 passed |
|
30 sec default VAWT simulation |
|
|
Load case 1 |
20 of 20 passed |
|
Test the parameters of the Environment part |
122 of 122 passed |
|
Default |
61 of 61 passed |
|
Change gravity |
61 of 61 passed |
|
Hub parameters |
549 of 549 passed |
|
Default |
61 of 61 passed |
|
Radius |
61 of 61 passed |
|
Mass cheme |
61 of 61 passed |
|
Mass |
61 of 61 passed |
|
Inertia |
61 of 61 passed |
|
EI |
61 of 61 passed |
|
AE |
61 of 61 passed |
|
GJ |
61 of 61 passed |
|
m |
61 of 61 passed |
|
Induction Generator |
265 of 265 passed |
|
Synchronous scheme |
53 of 53 passed |
|
Synchronous speed |
53 of 53 passed |
|
Grid frequency |
53 of 53 passed |
|
Poles |
53 of 53 passed |
|
Rated slip |
53 of 53 passed |
|
OC3_Phase_I_regression |
1806 of 1806 passed |
|
Benchmark against the OC3 Phase I See detailed description |
|
|
2.1a |
301 of 301 passed |
|
2.1b |
301 of 301 passed |
|
2.4 |
301 of 301 passed |
|
3.1 |
301 of 301 passed |
|
4.1 |
301 of 301 passed |
|
5.1 |
301 of 301 passed |
|
OC3_Phase_I_DLL_regression |
1806 of 1806 passed |
|
Benchmark against the OC3 Phase I See detailed description |
|
|
2.1a |
301 of 301 passed |
|
2.1b |
301 of 301 passed |
|
2.4 |
301 of 301 passed |
|
3.1 |
301 of 301 passed |
|
4.1 |
301 of 301 passed |
|
5.1 |
301 of 301 passed |
|
OC3_Phase_I_python_regression |
1806 of 1806 passed |
|
Benchmark against the OC3 Phase I See detailed description |
|
|
2.1a |
301 of 301 passed |
|
2.1b |
301 of 301 passed |
|
2.4 |
301 of 301 passed |
|
3.1 |
301 of 301 passed |
|
4.1 |
301 of 301 passed |
|
5.1 |
301 of 301 passed |
|
OC3_Phase_I_LC26_regression |
301 of 301 passed |
|
Benchmark against the OC3 Phase I See detailed description |
|
|
2.6 |
301 of 301 passed |
|
OC3_Phase_I_LC43_regression |
301 of 301 passed |
|
Benchmark against the OC3 Phase I See detailed description |
|
|
4.3 |
301 of 301 passed |
|
OC3_Phase_II_regression |
1026 of 1026 passed |
|
Benchmark against the OC3 Phase II See detailed description |
|
|
4.1a |
370 of 370 passed |
|
4.1b |
286 of 286 passed |
|
4.1c |
370 of 370 passed |
|
OC4_Phase_II_LC13b13c_regression |
564 of 564 passed |
|
1.3b |
282 of 282 passed |
|
1.3c |
282 of 282 passed |
|
OC4_Phase_II_LC13a13d_regression |
564 of 564 passed |
|
1.3a |
282 of 282 passed |
|
1.3d |
282 of 282 passed |
|
OC4_Phase_II_LC13b13c_PF_regression |
564 of 564 passed |
|
1.3b |
282 of 282 passed |
|
1.3c |
282 of 282 passed |
|
OC4_Phase_II_LC13a13d_PF_regression |
564 of 564 passed |
|
1.3a |
282 of 282 passed |
|
1.3d |
282 of 282 passed |
|
OC6_Phase_I_LC3_regression |
20 of 20 passed |
|
LC31 |
10 of 10 passed |
|
LC32 |
10 of 10 passed |
|
A test with several sensors on the tower |
154 of 154 passed |
|
Load case 1 |
154 of 154 passed |
|
Pendulum tests |
220 of 220 passed |
|
Free motion damped 90 deg |
55 of 55 passed |
|
Free motion damped 60 deg |
55 of 55 passed |
|
Free motion damped 30 deg |
55 of 55 passed |
|
Free motion damped 0 deg |
55 of 55 passed |
|
PID controller Generator |
40 of 40 passed |
|
Default |
8 of 8 passed |
|
Setpoint |
8 of 8 passed |
|
KP |
8 of 8 passed |
|
KI |
8 of 8 passed |
|
KD |
8 of 8 passed |
|
PID controller Pitch |
549 of 549 passed |
|
Default |
61 of 61 passed |
|
Maximum pitch |
61 of 61 passed |
|
Minimum pitch |
61 of 61 passed |
|
Maximum pitch rate |
61 of 61 passed |
|
KP |
61 of 61 passed |
|
KI |
61 of 61 passed |
|
KD |
61 of 61 passed |
|
Gain scheduling |
61 of 61 passed |
|
Pitch angle param |
61 of 61 passed |
|
PMSG Radial Generator |
954 of 954 passed |
|
Default |
53 of 53 passed |
|
Resistance in wire |
53 of 53 passed |
|
Number of turns per coil |
53 of 53 passed |
|
Active length of coil side |
53 of 53 passed |
|
Winding factor |
53 of 53 passed |
|
Correction factor term |
53 of 53 passed |
|
Correction factor temp |
53 of 53 passed |
|
poles |
53 of 53 passed |
|
Flux density |
53 of 53 passed |
|
DistMin |
53 of 53 passed |
|
DistPole |
53 of 53 passed |
|
Number of phases |
53 of 53 passed |
|
Length correction factor |
53 of 53 passed |
|
Load res per phase |
53 of 53 passed |
|
Ref number of turns per coil |
53 of 53 passed |
|
Stator soil ind per phase |
53 of 53 passed |
|
ref RPM for loss |
53 of 53 passed |
|
Friction and vent loss |
53 of 53 passed |
|
PythonLoads |
16 of 16 passed |
|
Runs two sims with Morison loads computed with Python |
|
|
Load case 1 |
8 of 8 passed |
|
Load case 2 |
8 of 8 passed |
|
Rotor parameters |
915 of 915 passed |
|
Default |
61 of 61 passed |
|
Blade type |
61 of 61 passed |
|
Cone |
61 of 61 passed |
|
Pitch rotational inertia |
61 of 61 passed |
|
Pitch actuator mode |
61 of 61 passed |
|
Ref actuator torque |
61 of 61 passed |
|
KP |
61 of 61 passed |
|
KI |
61 of 61 passed |
|
KD |
61 of 61 passed |
|
Reduction factor for structural data |
61 of 61 passed |
|
Structural scale factor |
61 of 61 passed |
|
Torsional Inertia factor |
61 of 61 passed |
|
Target Cp |
61 of 61 passed |
|
Target RPM |
61 of 61 passed |
|
Target cut-in RPM |
61 of 61 passed |
|
A stepwise wind from 3 to 25 with 60 sec steps |
61 of 61 passed |
|
Load case 1 |
61 of 61 passed |
|
Timoshenko |
52 of 52 passed |
|
Load case 1 |
26 of 26 passed |
|
Load case 2 |
26 of 26 passed |
|
Variable speed generator |
976 of 976 passed |
|
Default |
61 of 61 passed |
|
Maximum Generator Torque |
61 of 61 passed |
|
Minimum time to rated torque |
61 of 61 passed |
|
Proportionality factor region 2 |
61 of 61 passed |
|
Transition RPM region 1 to 1.5 |
61 of 61 passed |
|
Transition RPM region 1.5 to 2 |
61 of 61 passed |
|
Transition RPM region 2.5 to 3 |
61 of 61 passed |
|
Slip |
61 of 61 passed |
|
Rated power scheme |
61 of 61 passed |
|
Target wind speed |
61 of 61 passed |
|
Rated electrical power |
61 of 61 passed |
|
Rated RPM |
61 of 61 passed |
|
Efficiency factor |
61 of 61 passed |
|
Drivetrain efficiency factor |
61 of 61 passed |
|
Filtering |
61 of 61 passed |
|
Corner frequency |
61 of 61 passed |
|
VAWT De Tavernier benchmark regression |
29 of 29 passed |
|
Default |
29 of 29 passed |
|
Test the parameters of the Wind IEC part |
610 of 610 passed |
|
EOG def |
61 of 61 passed |
|
EOG start |
61 of 61 passed |
|
EOG ref wind |
61 of 61 passed |
|
ECD |
61 of 61 passed |
|
EDC |
61 of 61 passed |
|
EWM |
61 of 61 passed |
|
EWM ramp-up |
61 of 61 passed |
|
EWM recurrence |
61 of 61 passed |
|
EWSH |
61 of 61 passed |
|
EWSV |
61 of 61 passed |
|
Test the parameters of the Wind turbine part |
244 of 244 passed |
|
Def |
61 of 61 passed |
|
Global scaling |
61 of 61 passed |
|
Local scaling - parent |
61 of 61 passed |
|
Local scaling - override |
61 of 61 passed |
|
Test the parameters of the Wind Uniform part |
427 of 427 passed |
|
def |
61 of 61 passed |
|
wind speed |
61 of 61 passed |
|
initial angle |
61 of 61 passed |
|
shear |
61 of 61 passed |
|
power loaw exponent |
61 of 61 passed |
|
reference height scheme |
61 of 61 passed |
|
reference height |
61 of 61 passed |
|
Aero moments on vs off |
Visual check |
|
NREL 5-MW vs ROSCO |
Visual check |
|
DTU simple controller vs ROSCO |
Visual check |
|
NREL 5-MW vs Ashes Python controller |
Visual check |
|
Ashes vs ROSCO |
|
|
Compare Python input |
Visual check |
|
Euler beams with different number of elements |
Visual check |
|
Pendulum tests |
Visual check |
|
Timoshenko vs Euler |
Visual check |
|
Morison vs PF |
Visual check |