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Tensile and three-point bending tests have shown that the mechanical performance of the prototype composite archwire is comparable to that of a clinical Ni Ti archwire.
In fact, bending tests have shown a clear improvement in the flexural strength for the compatibilized systems, in particular when a high viscosity/high crystallinity polypropylene was used.
FRPC archwire's tensile and three-point bending tests have shown that the archwire's mechanical properties are comparable to nickel titanium [1].
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All mechanical bending tests have been performed in air under indoor illumination.
These bending tests have been performed in air, under indoor illumination.
Bending tests have also been used to test FRP anchorages systems (Orton 2007; Pham 2009; Sami et al. 2010).
Independent tests have shown that the 6 Plus is easier to bend when force is applied than other similarly-sized devices - but it's still unclear how many people would be able to apply such force unintentionally.
After the bending tests had been completed for both ends the ultimate shear capacity was tested.
Blood tests had showed nothing unusual.
Repeated mechanical bending tests followed by CV cyclic measurements have shown good device stability.
Bend tests have been conducted in air at room temperature.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com