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This investigation confirmed that the specimen with high porosity and compressibility had low noise propensity.
For the specimen with high confining pressure (100 kPa), stress softening was observed at the end of the test.
Similar drop in compressive strength of 60% was observed with LMM specimen with high CNTs content of 1.5%.
The specimen with high content of epoxy resin is more likely to be the convex curve while the low content ones fit the concave curve.
Test results of six PET FRP jacketed specimens are presented and compared with those of a specimen with high strength aramid FRP (HS AFRP) and two reference specimens.
The effect of temperature exposure is shown in Fig. 12a for specimen with no fibers and in Fig. 12b for specimen with high fiber dosage of 6 kg/m3.
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Specimen with higher WM volumetric ratio corresponds to a lower ultimate axial strain but larger strength.
Higher compressive strength was obtained for a specimen with higher fiber dosage (6 kg/m3), whereas the lowest value was obtained in control specimen.
During the undrained loading, the specimen with higher compressibility tended to generate a larger pore-water pressure and exhibit a smaller shear strength.
Nevertheless, investigation between direct shear test and triaxial test showed that the specimen with higher UCS tended to have a slightly lower friction angle but a higher cohesion than the other one.
Southern blot analysis of the specimen with high-level amplification at 1q21-22 showed an amplification of FLG and SPRR3, both mapped to this region.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com