Sentence examples for I tensile from inspiring English sources

Accumulative AE energy for the shear mode is significantly larger than that for type I tensile fracture.

A sustained macroscopic deflected fatigue crack growth, the so-called 'teardrop' crack (TDC), has been observed under mode I (tensile) loading in Udimet 720Li when tested at 300 °C in air and at 300, 600 and 650 °C in vacuum.

The theory of ferromagnetic elastic materials of multidomain structure is applied to develop a crack growth rate equation of a finite crack in a soft ferromagnetic material under mode I tensile loading and uniform magnetic field.

They have been tested via loading the bonded joints in mode I (tensile), mode II (in-plane shear) and mixed-mode I/II from slow rates (i.e., of about 10−5 m/s) up to relatively high rates of test of about 15 m/s.

Pulling is applied in y-direction in mode I tensile loading, as indicated in Figure 1B.

At loading angle θ  = 0°, little damage of the cement pedicles may be observed (Fig. 9(b)) due to the essentially mode I tensile loading experienced at the bone cement interface.

The mortar cured longest (180 days) is found to have a Young's modulus of 3.4 GPa, uniaxial tensile strength of 0.5 MPa, and mode-I tensile fracture energy of 55 J/m2.

The testing system has the ability of (i) applying tensile load to the test specimen through a lever, (ii) monitoring continuously the creep elongation and (iii) allowing sodium to flow around the creep specimen at constant velocity.

It was found that: (i) the tensile strength of FSW joints approached that of the base material but with a significant reduction in the fatigue life, (ii) the probe plunge and removal locations served as the key crack nucleation sites in specimens with discontinuous welds, and (iii) double pass welds with overlapping advancing sides showed outstanding fatigue life and very good tensile properties.

At each time point i, the tensile force (Fi) and gauge length (li) were recorded at a sampling rate of 10 Hz.

When using the two nanofillers at the interface between two conventional CFRP sublaminates, the Mode-I interlaminar tensile strength and fracture toughness of CFRP laminates are improved significantly.