Sentence examples for fundamental configurations from inspiring English sources

This method was applied to the suppression of torsional flutter of a shallow rectangular prism which was one of typical fundamental configurations of a bridge deck section.

Firstly, the fundamental configurations and working principles of hyperspectral systems, as well as the basic concept and structure of hyperspectral data, were described and explained.

Based on these observations, Wang et al. suggested that enteroviruses may adopt two fundamental configurations: the rigid configuration of the mature virion or the expanded configuration of the A-particle, procapsid and empty capsid.

The Gateway Essential 700c costs about $800 for the most fundamental configuration offered, but even the basic box is more than enough to get the family zipping around the Web at comfortable speeds with enough hard drive space for the offsprings' homework assignments, Mom's tax records and Dad's recipe files.

The most fundamental configuration is the Cockcroft Walton voltage multiplier (Fig. 7a).

This fundamental configuration allows heat in the combustion products to be recirculated into the reactants, resulting in excess enthalpy and enhanced burning rates.

We design fundamental configuration of the CSX-CT system, which consists of a fan-shaped X-ray beam, two-dimensional sensors for scattered X-ray detection, parallel plate collimators for limitation of the direction of scattered X-rays and a line sensor for the transmission of X-ray CT (TX-CT).

In the present investigation we report our experiments dealing with the effect of phase-shift feedback on chaotic thermoacoustic oscillations in a premixed flame Rijke burner a fundamental configuration employed frequently in the study of thermoacoustic coupling, which is currently a pressing problem in engineering systems such as gas turbine combustors, furnaces and rocket engine combustors.

There are currently two fundamental seat configurations when it comes to metro carriage interiors.

The seismic response of two fundamental mechanical configurations of earthquake engineering, the elastic plastic system and the pounding oscillator, is revisited with the aid of dimensional analysis.

Experimental results are presented on the effect of methane content in a non-aromatic fuel mixture on the formation of aromatic hydrocarbons and soot in various fundamental combustion configurations.