Sentence examples for behavior of the tubes from inspiring English sources

A mathematical model considering sliding friction between the tube and die is proposed to explore the plastic deformation behavior of the tubes during a hydraulic expansion process in a square cross-sectional die.

The program is designed to demonstrate the effect of the concrete in-fill on the flexural behavior of the tubes, and will be used as a basis for developing design rules for concrete filled tubes subjected to flexure.

Parametric studies were also conducted to examine the influence of the tube's length, thickness and type of braid, as well as the loading conditions on the crushing behavior of the tubes.

The tests clearly demonstrated that the behavior of the tube, when filled with concrete, is enhanced.

In this study we systematically studied the effect of the wall thickness on post-buckling behavior of the tube.

Consequently, the effectiveness of the models was evaluated through variance analysis and was utilized to predict the behavior of the tube hydroforming process.

In order to study the interaction of these tubes with the nearby structure/assemblies under beyond design basis seismic excitation, experimental studies have also been carried out to quantify the variation of impact forces with gap sizes, and their influence on the dynamic behavior of these tubes.

Experimental investigation of the behavior of the clad tubes at various operating conditions of pressure, temperature and heating rates suggest that ballooning takes place in fast reactor fuel clad at higher burn-up (which results in an increase in pressure and temperature of the clad tube) and lower heating rates.

Here we define a quantitative metric (the turning response) that assesses the mean turning behavior of the pollen tubes for both large turns and more subtle turns.

This model successfully captures both the directed and random behavior of the pollen tubes growing in vitro and reveals that slowing growth near the micropyle can greatly aid fertilization.

In addition, the "swell and shrink" behavior of the U-tube steam generator is also verified by numerical simulation.