Sentence examples for mass were simulated from inspiring English sources

Four NAPLs with different viscosities but the same quantified mass were simulated.

To evaluate the proposed methods, the identification of the passive force and the payload mass is simulated using a 1-DOF model taken from a candidate design of the EMI.

The spatially variable Young's modulus of the soil mass is modeled as a stationary lognormal random field, and the Eeff of the soil mass is simulated by random field finite element analysis.

Furthermore, this relation was verified by a simulation study, in which patients with different body masses were simulated with cylindrical phantoms.

Patients with different body masses were simulated with a cylindrical mathematical phantom having different diameters of 15, 20, 25 and 30 cm.

Experimental data of gas holdup, liquid velocity and volumetric mass transfer coefficient were simulated with satisfactory accuracy (differences less than 20% for most cases) when assumptions regarding to gas recirculation on the overall gas holdup and the volumetric mass transfer coefficient were made.

Mass uptake and swelling were simulated for different aging conditions and confronted to experimental results.

The glacier-wide winter mass balance and the annual mass balance in the ablation area were simulated well, while the annual mass balance in the accumulation area showed inaccuracies.

The effects of the activation, mass transport and ohmic overpotentials were simulated via an "effectiveness factor" approach.

Two lesion types (20 masses and 20 microcalcification clusters) were simulated, which leads to lower case variability.

The designs were simulated to produce mass and energy balances for quantification of key performance indicators.