Sentence examples for cross section used from inspiring English sources

The brown line demarcates the location of the cross section used in numerical modeling of the thermal structure.

Open image in new window Fig. 2 a Details of reinforced concrete cross section used; b discretization of one-half reinforced concrete cross section used for computing theoretical strength; c schematic concrete stress strain curves used for computing theoretical strength; and d schematic reinforcing steel stress strain curves used for computing theoretical strength.

Contour interval is 2 nT, red dots represent continuous recording stations for the magnetic total field, and rectilinear grid indicates the location of the cross section used for numerical simulation.

Surrogate measurements of radioprotective properties were obtained by performing: (i) quantitative EPR to estimate the number of stable free radicals, (ii) determination of mass attenuation coefficients from the cross section used in Monte Carlo simulation; and (iii) clonogenic survival assay to determine melanin's ability to protect mammalian cells.

In the case of our mathematical model, the "unit of depth" is 0.0041 mm which multiplied by the area (0.647 mm×0.88 mm) of the cross section used (see the Material and Methods section) gives a volume of ∼0.0023 mm3, that corresponds to ∼0.0042% of the normal adult mouse thymus volume: ∼55 mm3, as assessed by nuclear resonance imaging and volume displacement [26].

Tension measurements were normalised to the cross-sectional area for each preparation, calculated assuming an elliptical cross section using the formula cross-sectional area =  D1/2 ×  D2/2 × π, with D1 and D2 representing width and thickness, and expressed as tension.

The hot air is evenly distributed over the reactor cross section using a special pipe.

A further study for the optimization design of ash dam cross section using exhaustion method is also provided.

A theoretical cross section strength subroutine was used to compute the P M ϕ relationships for a given cross section using force equilibrium and strain compatibility solution.

We obtain a general expression for the differential scattering cross section using the integral scattering amplitude approximation in the far field.

This paper examines the effect of the order of interpolation on the modes of deformation of the beam cross section using ANCF finite elements.