Sentence examples for was capable to capture from inspiring English sources
The DDD model was capable to capture the global stress strain response of the material under both monotonic and cyclic loading conditions.
The IRI-2012 model is capable to capture the main diurnal and seasonal patterns of foF2 and hmF2.
The present construction is capable to capture local variation of the flow velocities, reaction zone thickness and fuel concentration.
The comparison shows that the proposed FE model is capable to capture the structural behaviour of the tensile specimens.
Gurtin Murdoch elasticity theory is implemented into the classical shell theory to develop a size-dependent shell model which is capable to capture surface stress effects efficiently.
This study suggests that MLEI is capable to capture multi-temporal information, and can be used to characterize the spatial structure of urban expansion dynamics.
The negatively charged g-C3N4 nanosheets with abundant nitrogen coordinating sites are capable to capture and anchor Zn2+ and thus provide a large number of heterogeneous nucleation sites for the formation of initial ZIF-8 crystals.
This novel estimator is capable to capture all source of errors for the energy release rate ˙Π: the ones from stress concentration and the errors from the sensitivity of the solution to shape changes due to crack growth.
From a fluid-dynamic point of view, the system is capable to capture 100 kg of CO2 per day from a feed gas stream having 5 vol.% CO2 content.
The model takes three-dimensional digitized cement paste microstructure as input and is capable to capture an evolution of microstructure due to leaching, accounting for the dissolution of portlandite and corresponding increase in capillary porosity and the decalcification of C-S-H resulting in increase in gel porosity.
Moreover, numerical simulations show that the model is capable to capture the general behavior of SMAs, allowing the description of important characteristics of these alloys as pseudo-elasticity, one-way and two-way shape memory effect, phase transformation due to temperature variations, internal sub-loops due to incomplete phase transformations and tensile compressive asymmetry.
