The phrase "analytical model capable" is not correct as it stands and lacks clarity in written English.
It can be used in contexts where you want to describe a model that has the ability to perform analytical tasks, but it needs to be part of a complete sentence for clarity.
Example: "The analytical model capable of predicting market trends has been implemented successfully."
Alternatives: "analytical model proficient" or "analytical model equipped".
A model for the analysis of masonry periodic unit cells based on detailed micro-modeling principles is presented: an analytical model capable of calculating the orthotropic elastic properties of masonry composites.
An analytical model capable of predicting the average void ratios at full water saturation in the bentonite block and pellet slot is presented.
An analytical model capable of capturing the effect of the system's unique detailing requirements is proposed and validated using the test results.
Additionally, an analytical model capable of predicting the permeability of ECC composites that undergo self-healing process is proposed and verified with experimental data.
The aim of this work is to discuss an analytical model capable of estimating, with the accuracy required by a preliminary mission analysis, the performance of a spacecraft equipped with a plasma brake in a (near-circular) low Earth orbit.
In addition, an analytical model capable of predicting permeability property of ECC composite based on tensile strain and crack patterns has been proposed and experimentally verified on two different ECC mixtures.
This proposal centers on the presentation of analytical models capable of simulating the real batch reactor scenarios in which the transesterification process is carried out.
However, prior to this study, no analytical models capable of analysing the vertical displacement and the increased deformation of energy piles subjected to thermal loads in a more comprehensive and flexible way than through design charts have been available.
In turn, this analytical model is capable of predicting dynamic protein responses.
Comparisons between experimental and analytical results of strain, shear stress and slip profiles indicate that the proposed analytical model is capable of predicting the interfacial behaviour between FRP-to-concrete bonded joints manufactured with different the FRP processing techniques (FPTs).
The theoretical and experimental results comparison proved that the presented analytical model was capable of predicting the peak load capacity and could also simulate the pre and post peak failure mechanism.
