Sentence examples for capacity of the shell from inspiring English sources

Otherwise a capacity of the shell structure may be overestimated even over the value obtained from LBA.

The current design recommendations apply highly conservative knockdown factors to the theoretical buckling loads to estimate the load carrying capacity of the shell structures.

The analysis gives the values of the shell thickness, the core thickness, and the core density that maximize the load bearing capacity of the shell with a compliant core over an equivalent weight hollow shell.

In particular, much research has gone into the modelling of cracking and geometric imperfections, which have a considerable effect on the load-carrying capacity of the shell, and are also manifestations of long-term deterioration.

The full theoretical capacity of the shell materials has been obtained at normal C-rates (C/1 to C/2) for Si (∼3,000 to 3500 mA h g−1) and TiO2 (∼170 mA h g−1) half-cells, respectively, with excellent cycling stability.

In average, the buckling capacity of the shell is reduced about 10 15 % (Fig. 21).

It can actually be said that the changing of cutout diameter in d = 30 to d = 100 has no significant effect on the local buckling capacity of the shells.

In 1913 the Danish physicist Niels Bohr proposed that the electrons in atoms are in successive shells having characteristic energies and capacities and that the capacities of the shells for electrons determine the numbers of elements in the rows of the periodic table.

Finally, the simulating results were well justified in comparison to the experimental ones, indicating the efficiency of the analytical model in predicting the energy absorbing capacity of the collapsed shell.

Placing the embryo in the host shell Three to five ml of thin albumen was removed from the culture dish containing the embryo on the yolk to insure that the contents did not exceed the capacity of the host shell.

Open image in new window Fig. 14 The effect of the location of cutouts on buckling capacity of the cylindrical shells (d = 100 cm).