Sentence examples for constraints at the interface from inspiring English sources

The reason why it is difficult to obtain a closed analytical solution for multicomponent precipitates when one assumes local equilibrium at the interface is because there are too many constraints at the interface.

Such constraints at the cellular interface and constraints on reaction fluxes, deduced from gene expression profiles (obtained on different life stages), not only allowed the model to retrieve known directions of metabolite exchanges between the host cell and the parasite, but also identified several inconsistencies with experimental data, which need further investigation [ 12].

This procedure refers to two typical modes of failure: the first is the failure mode due to shear constraint occurring at the interface between column and corbel, and which occurs with very small shear-span ratios and reduced percentages of reinforcement.

In the present work, lithium transport through the Li1−δCoO2 film electrode with a fractal surface was investigated under the cell-impedance-controlled constraint at the electrode/electrolyte interface along with the impermeable constraint at the electrode/current collector interface by using the numerical analysis of the generalised diffusion equation (GDE).

Lagrange multipliers are used in the development of the two basic theorems and they are also employed to incorporate the constraints at the solid-fluid interface within the functional for the acousto-elastodynamic theorem.

Constraints at the cement-bone interface may be involved due to the sandwich structure of cemented MM cups (Nich et al. 2003).

Thinner polyethylene may lead to increased socket rigidity, resulting in greater constraints at the bone-cement interface; indeed, this has been observed with other types of rigid cemented cups (Nich et al. 2003).

These regions may be connected to structural constraints in the interface that binds the G-proteins.

The sensitivity to the initial guess can be lowered by multiple shooting which breaks the trajectory into several legs linked by interface constraints, at the expense of a larger nonlinear system.

We show that the swelling restriction observed in these filled elastomers cannot be simply explained through the increase of the topological constraints density resulting from the interactions at the interface between the particles and the polymer chains.

Thus, the gene structure appeared to have more constraints at the Grx domain than at the interface domain.