Sentence examples for concrete function of the from inspiring English sources

Although a similar efflux protein has been recently reported to improve yeast resistance to external lovastatin (Ley et al. 2015), a concrete function of the pump protein was not completely revealed.

Future experiments will have to reveal the concrete functions of the genes within subset G. Taking into account all the gene subsets, it can be stated that if a prediction for expression in a specific cell-type was possible, this prediction came true, except for two genes within subset C.

Furthermore, a quantitative model is proposed to describe the characteristic initial torque peak and resistance to flow behaviour of high performance concrete, as function of the particle size of aggregate.

The approach followed is able to furnish the trend of the safety factor regarding the rupture of concrete, in function of the distance from the thickness anomaly, in such a way as to be able to design the lining thickness and any necessary steel reinforcements.

Stress calculations are made with due consideration of the evolution of mechanical properties of concrete as a function of the equivalent age, as well as relevant phenomena like creep, concrete cracking and influence of reinforcement.

Moreover, the same confinement model can be applied to carbon and glass fibers, as long as the model has incorporated the dilation tendency of concrete as a function of the stiffness of the jacket.

The equivalent inclusion method (EIM) is adopted to study the characteristics of the equivalent material properties of steel-fiber reinforced concrete as a function of the volume fraction and the length to diameter ratio of the fibers.

Moreover, we also compute the Fourier transforms and the wavelet transforms of concrete functions in the Gelfand-Shilov spaces.

(2) We computed the Fourier transforms and the wavelet transforms of concrete functions in the Gelfand-Shilov spaces.

We computed the Fourier transforms and the wavelet transforms of concrete functions in the Gelfand-Shilov spaces.

As an application of Proposition 4.2, we can compute the Fourier transform and the wavelet transform of concrete functions in the Gelfand-Shilov spaces.