The model-data comparison indicates the ability of the numerical model system for sand transport prediction in a prototype scale.
In addition, this study indicates the ability of re-repairing the beams in the case of CFRP debonding.
It indicates the ability of a ship to pass under a bridge spanning a seaway that forms part of the intended route.
This convergence of values indicates the ability of interfacial shear stress to mitigate body force effects at sufficiently high mass velocities.
The simulation results presented in this paper indicates the ability of the diagnostics scheme in the detection and isolation of multiple faults in the system.
The area under the curve indicates the ability of the classifier to detect deviation from baseline (i.e., detection probability): an area of 1.0 indicates perfect classification; an area of 0.5 indicates chance discrimination by the classifier.
The former indicates the ability of attribute or its evidence to provide correct assessment for classification problem, and the latter reflects the relative importance of evidence in comparison with other evidence when they need to be combined.
Additionally, our validation of MR parameters with histology and biochemical analysis indicates the ability of MRI techniques to track the progress of our ECM scaffolds non-invasively in vivo; highlighting the translatory potential of this technology.
Large-eddy simulation (LES) past a miniature wind turbine rotor, parameterized using the actuator line approach, indicates the ability of the fully unstructured solver to simulate complex turbulent flows.
A preliminary assessment of the primary stresses according the design code RCC-MRx indicates the ability of the segments to resist the EM forces, where the lowest margin is given by the immediate plastic instability criterion on the inboard segment with 14%.
The study indicates the ability of design substrate alterations to facilitate competition for space between local and invasive species on CMI, and demonstrates the feasibility of applying environmentally sensitive technologies for enhancing the biological and ecological performance of structures like breakwaters, piers, and seawalls.
