Sentence examples for stretching tests from inspiring English sources

To investigate the electromechanical properties of graphene/ITO hybrid electrode, bending and stretching tests were performed.

All stretching tests were performed using a custom-made jig while monitoring the change in the electrical resistance using a digital multimeter (U1253B, Agilent Technologies).

Regardless of their forms and variations, mechanical stretching tests have been extensively used to generate material forming limit curves that we rely on for designing and executing sheet metal forming operations.

To assess the influence of temperature to the forming limit, plane-strain as well as axisymmetric stretching tests were performed at 20 °C, 100 °C, 150 °C, 200 °C and 250 °C.

In this work, a new hybrid numerical/experimental approach is presented that can be used to construct forming limit diagrams under specified strain rate loading paths in mechanical stretching tests.

Especially, we focused on the study of the mechanical flexibility of the hybrid film, so various flexible tests such as bending, folding, and uniaxial and multi-axial directional stretching tests were performed.

The mechanical force in the stretching test was conducted by an electromechanical universal testing machine (MTS, CMT-8502).

The magnetic-mechanic-electric coupling properties of the actuator were systematically investigated by cyclical wrinkle, magnetic bending, and stretching test.

Neurological examination showed a positive straight-leg raising test at 20° and positive femoral nerve stretching testing on the left side.

The stretching testing was also done to examine the stretchable properties by elongating toward the uniaxial and multi-axial direction for the graphene-AgNW (spin-coated) hybrid electrode.

The code was validated with the Jeffery orbits of an ellipsoid particle in shear flow, red blood cell stretching test, and effective blood viscosity flowing in tubes.