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The maximum strain value corresponds to the high-porosity layer without any low-porosity on top (monolayer).
Maximum strain value of 850% at 0.32 MPa and dielectric permittivity of 4.41 at 10 Hz and 20 °C were obtained.
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Maximum strain values in all models were measured in cortical bone in implant necks.
Specimens with plasma surface treatment present low maximum strain values, unrelatedly to the particle size.
The results indicated that the maximum strain values of cortical and cancellous bone increased with lower bone density.
The regression coefficients of maximum strain values versus the three independent variables are given in Table 3.
It was observed that the stress-strain curves were similar for all sand replacement levels and that concrete with 100% quarry dust had the maximum strain values.
Specimens reinforced with treated cork particles present maximum strain values lower than the majority of specimens reinforced with particles without surface plasma treatment.
For each stress level, the corresponding Neuber-Hyperbolas, Masing-loops and their maximum stress and maximum strain values were determined in order to calculate damage parameter (PSWT) values.
Specimens with plasma surface treatment present a lower value of maximum strain, on the other hand, specimens without surface treatment present higher maximum strain values but also a higher dispersion of the results.
The obtained deflection results have been compared with other experimental and FE model results in which using concrete element 100 × 42.5 × 42.5 mm, smeared steel distribution, and modeling CFRP with ANSYS 5 program and the results of studied parameters such as the maximum strains values for concrete and steel at failure loads for different opening sizes are very close.
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