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In the flexural test, the load was applied at the mid-span of each specimen with a supported length of 228.6 mm.
Span of the specimen.
The strength corresponding to the limit of proportionality (LOP) can be obtained by using the following equation: f_{text{fct,L}} = frac{{3.F_{L}.l}}{{2.b.h_{sp}^{2} }}({text{Mpa}}) (1 where, l (500 mm), b (150 mm) and h sp (125 mm) are the span of the specimen, width and distance between the tip of the notch and the top of the specimen, respectively.
An increase in minimum inhibitory concentrations (MIC) for several antibiotics, including ciprofloxacin, was found when analyzing results over the time span of specimen collections.
Bending stress was determined from the formula F∗ L∗ c/4 I where F is the applied load, as described above, and corresponding to a load in the linear elastic range; L is the span of the loaded specimen, c is the cortical radius, and I is the moment of inertia, as determined with micro-CT [ 7].
Two cross-type strain gauges were used to measure the strain response of each specimen.
In addition, the percentage of the shear-span area that was covered by the strengthening FRP strips (the strip-width to strip-spacing ratio) was provided at the end of each specimen's label.
The density of each specimen was then computed as: Density = Mass of specimen Volume of specimen.
Table 1 Material properties of each specimen.
Random pictures were taken of each specimen.
The thickness of each specimen was measured.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com