Sentence examples for major geometric parameters from inspiring English sources

Exact formulae are presented for the major geometric parameters, such as nanotube radius.

In this article, dimensional analysis is used as an alternative to analyse head and flow rate degradation of different pumps without the need of any major geometric parameters.

The effects of some major geometric parameters and the type of applied electric voltage on the sensor charge output distribution and delamination detection sensitivity are discussed in this paper.

The channel width is 12.7 mm, with an aspect ratio of 1. Four major geometric parameters of wavy rib, including rib height (he = e−3e), rib round radius (r = 0 5 mm), rib angle (α = 20 55°) and rib thickness (th = 0.5e−2e) are investigated in optimal design.

The optimization procedure involves the determination of suitable values of major geometric parameters such as the number of tubes passes, standard internal and external tube diameters, tube layout and pitch, type of head, fluid allocation, number of sealing strips, inlet and outlet baffle spacing, and shell-side and tube-side pressure drops.

The optimization procedure involves the selection of the major geometric parameters such as the number of tube-passes, standard internal and external tube diameters, tube layout and pitch, type of head, fluids allocation, number of sealing strips, inlet and outlet baffle spacing, and shell-side and tube-side pressure drops.

Four test sections were designed to evaluate the effect of geometric parameters, i.e. major axis to minor axis ratio D/d = 5.0 and 8.0, X/d = 0.8 1.2, S/d = 1.175 1.5.

To analyze the size and orientation of crystals relative to skin surface, white 'holes' (corresponding to guanine crystals dissolved by uranyl acetate/lead citrate during post-staining) on low magnification images were fitted with ellipses (in JMicroVision [ 51]), whose geometric parameters (length, height, and orientation of major axis) were computed subsequently.

The results show that the pocket area ratio (AR) and depth have a major influence on the tribological behavior and significant friction reduction can be achieved by using pockets with appropriate geometric parameters (AR=25%, depth=5 μm).

Design variables include geometric parameters.

Geometric parameters of WC samples can be found in Supplementary Table S1 online.