Sentence examples for method for cylindrical from inspiring English sources

Basic equations are obtained using minimum potential energy principle and solved subsequently with Navier solution method for cylindrical shells with all edges diaphragm supported.

The loss energy density (AC loss) with ripple current is numerically calculated by finite element method for cylindrical and strip superconductors based on Irie Yamafuji model in which the magnetic field dependence of the critical current density is taken into account for design of DC transmission cable system.

In particular, this code requires that the analysis shall be performed using numerical methods for cylindrical vessels that have an inner-outer diameters ratio greater than 1.5.

This paper describes a new analysis method for orthotropic cylindrical shell structures with arbitrary stiffness distribution.

A highly energy-conservative second-order-accurate finite difference method for the cylindrical coordinate system is developed.

The optical properties of a superconducting annular Bragg reflector (SABR) are theoretically investigated based on the transfer matrix method for the cylindrical waves.

The filtering properties for a narrowband reflection-and-transmission filter in an annular defective photonic crystal containing an ultrathin and strongly lossy metallic film are theoretically investigated based on the transfer matrix method for the cylindrical Bragg waves.

The Remaining Strength Factor (RSF) approach in Part 5 of API 579-1/ASME FFS-1 is an assessment method for a cylindrical component with a local metal loss based on surface correction factors.

Also, reference stress solutions that are applied in the Failure Assessment Diagram (FAD) method for a cylindrical component with a crack-like flaw are provided in Annex D using surface correction factors.

The smallest differences (− 1.1%2.5%%) between numerically simulated and calculated (the Corring and Churchill (1961) method for a cylindrical shape of RFs) Krs values were found for scenario A with its 2D representation of spherical rock fragments.

One is based on three-dimensional strain measurements in a local region of the canine LV, and the other uses the opening angle method for a cylindrical tube.