Mechanical analysis with a tensile testing device provided values of ultimate tensile strength (UTS), stiffness, and resilience.
First, a uniaxial tensile testing device was used to perform a series of stress relaxation tests on ring samples.
This paper proposes a high-temperature tensile testing device which allows for long term creep measurements at operating loads.
Figure 1 a Schematic of the nanoscale uniaxial tensile testing device showing the thermal actuator and the integrated force and displacement sensing beams (not to scale).
To carry out this study, we developed a custom confocal microscope-mounted tensile testing device and simultaneously monitored strain across multiple length scales.
The tendons were mounted on a custom-designed, low-load, tensile testing device affixed to the mechanical stage of a confocal laser microscope.
A Split Hopkinson Tensile Bar device, with a specially-designed fixture to attach specimens to the loading bars, is used to apply high-speed tension to yarn specimens.
The scatter of results indicates that the H-Ometer is a new tensile testing device that can be used with reasonably good results to test brittle geomaterials.
An Omniprobe® nanomanipulator inside a dual gun focused ion beam electron microscope with ion milling and platinum deposition capabilities is used to transfer and mount the bilayer on to the custom-designed micro-electro-mechanical tensile testing device.
A new tensile loading device is designed to apply the loading at speed of less than 1 μm/s to achieve strain rate of about 10−3/s at the gage section level.
