"hoop strain" is not a correct and usable phrase in written English.
Instead you might use the phrase "strain of competition" or "pressure of expectations". For example, "The hoop strain was too much for me to bear, so I decided to quit the team."
However, the hoop strain is at lower tensile or compressive value.
ppm, "brittle-like" behavior was observed at a hoop strain of 2.5%.
The effect of loading value and location on radial strain and hoop strain were studied.
Particularly, the maximum hoop strain sθθ is suggested as a fracture criterion for piezoelectric materials.
Also the basic equation for hoop strain by ESPI for flat surfaces was modified for applications on curved surfaces.
Measurement of the hoop strain values allowed calibrating the Frictional Model, which yielded satisfactory predictions of the experimental results.
The specimens were also instrumented with a photogrammetric method termed Digital Image Correlation Technique to measure the hoop strains from the surface of the SFRP confined concrete specimens.
Experimental results show the hoop strains induced on the vessel wall by volumetric expansion of LaNi5 hydrides can not be neglected.
Axial load and axial and hoop strains were measured in order to evaluate stress strain behavior, ultimate strength, stiffness, and ductility of the wrapped specimens.
The experimental investigation showed that the effectiveness of the SFRP sheets, measured in terms of the percentage increase in the ultimate axial strength, axial and hoop strains, and the ductility was significantly enhanced compared to the unwrapped specimens.
Axial strains were measured between the minimum sections of the (semi-circular) notches using a longitudinal extensometer, while surface hoop strains were measured by means of a diametral extensometer with probes located at the notch root.
