The high speed cyclic bend test was found to be able to replicate the failure mode and the performance ranking of the solder joints in the board level drop-shock test, while the ball impact shear test was found to have poor correlation with the board level drop-shock test.
The residual flexural strength of damaged specimens, evaluated by quasi-static three-point bending tests, was found to depend on the extent of the damage, so that the residual flexural strength was lower in the specimens in which the damage reached the edges of the beam.
Similarly, aspects of hardness testing, compression testing, bend testing, torsion testing, creep testing, and fatigue testing are found in wire mechanical evaluation formats.
The 30-second knee bend test has been found to be reliable in meniscectomy patients (ICC 0.92 CI 95% 0.86-0.96) while variations of the one-leg rise test (ICC 0.84 CI 95% 0.69-0.92) and one-hop rise test (ICC 0.93 CI 95% 0.87-0.97) halsoalso been found to be reliable in meniscectomy patients [ 58].
From the bending tests, it was found that the flexural tensile strength of UHPFRC linearly increases with increasing fiber volume ratio and the rule of mixture can be applied to UHPFRC.
Compression and bending tests were performed to determine the maximum compression and bending force that the CMNs can withstand, and it was found that these forces were approximately two orders of magnitude higher than the resistive forces presented by skin.
With the uniaxial tensile test and the three-point bending test, it is found that the conductor is cyclic stable without hardening or softening and its time dependence is slight below the loading frequency of 67 Hz.
Compression and bending tests were also performed to determine the maximum forces that the carbon microneedles can withstand, and it was found that these forces were approximately two orders of magnitude higher than the resistive forces presented by skin.
Four-point bending tests were conducted.
Bending tests were done by bending the electrodes around a rod with a 5-mm radius.
