The phrase "ability of structure" is correct and usable in written English.
It can be used when discussing the capacity or capability of a particular structure, whether physical or conceptual, to perform a function or withstand certain conditions.
Example: "The ability of structure to support heavy loads is crucial in engineering design."
Alternatives: "capacity of structure" or "capability of structure".
Relatedness among samples influences the ability of STRUCTURE to correctly detect the genetic stratification of a germplasm [ 52, 53].
Large differences in sample size can affect the ability of structure to detect all populations (Serre and Paabo 2004; Rosenberg et al. 2005).
Overall these results highlight the considerable diversity present in our germplasm, along with the ability of STRUCTURE analysis to better connect genomic diversity with its corresponding phenotypic outcomes, such as geographic distribution and botanical varieties.
The proposed parameter is calculated on the basis of the inelastic structural behaviour and is intended to evaluate the effect of premature yielding of links on the ability of structures to develop significant inelastic behaviour of all links prior to link failure.
In order to correctly evaluate the ability of structures to develop global collapse mechanisms characterized by remarkable exploitation of the deformation capacity of links, incremental dynamic analyses are carried out with reference to either deterministic or random values of yield strength.
We argue that a rigorous evaluation of the ability of structure-based models to predict function for unseen proteins is the best way to quantify the degree to which function depends on structure.
Analysis shows that joint failure tends to happen in low-ductility structures and will reduce the ductility and the energy dissipation ability of the structure, even cause structural collapse.
We present a design to meet both of these conditions, together with a description of the structure, CLIC_DDS_A, expressively designed to experimentally test the ability of the structure to cope with high powers.
Hierarchical topology increases the energy absorbing ability of tubular structure notably without increasing the weight.
The ability of a structure to survive an extreme event without collapse reduces in time due to deterioration processes.
