Sentence examples for capacity of shell from inspiring English sources

The load-carrying capacity of shell structures and shell-like space frames can be sensitive to initial geometric imperfections.

Cutouts reduce the local buckling capacity of shell about 10 15 % in the cylindrical shells, with the diameter to thickness ratio of less than 1,000.

In compliance with this proposition, the present study was aimed at evaluation of cadmium removal capacity of shell dust of freshwater gastropod Bellamya bengalensis (Mollusca: Gastropoda: Viviparidae).

According to Fig. 18, the buckling capacity of shell is reduced in case of forming circular cutout in the cylindrical shells of 5 m diameter and the diameter to thickness ratio of 250 and 500.

The influence of imperfections on the load carrying capacity of shell structures, as they are applied in launcher vehicles is considered by reducing theoretical buckling loads with empirical knock down factors.

Limited research exists on the rotation capacity of shell-to-base connections, and the studies that have been conducted have neglected the multi-axial stress states in the tank base-plate.

Open image in new window Fig. 3 Comparing the buckling capacity of shells with and without cutouts (d = 30 cm) Open image in new window Fig. 4 The effect of shell diameter on reduction of Pcr.

Open image in new window Fig. 10 The effect of cutout diameter on local buckling capacity of cylindrical shells (shell with the diameters of 5, 10, 15 and 20 m).

The adsorption isotherm for Pb II) fitted well with the Langmuir model, with binding capacities of shell of 28.18 and 8.08 mg/g for NHS and AS, respectively.

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