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σ f is calculated by the ratio between the maximum load and the initial cross section of the sample.
Nevertheless, the standards neglect the behaviour of steel beyond the maximum load point and do not define parameters related to the part of the stress-deformation curve that lies between the maximum load point and failure.
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The difference between the maximum loads and deflections from the experiment and the simulation were 200 kN and 59.26 mm, respectively, with the simulation results being larger.
With the more variable nature of modern power systems and the introduction of significant intermittent generation, it is likely that this compromise would become ever more inefficient, as the variation between the maximum loading and the normal loading would become more significant and variable [33].
Fig. 5 Stiffness by allograft: LGA had a median stiffness between 50 and 75%% of the maximum load applied calculated in 57.86 N/mm (42.68 93.69 N/mm), and CGA in 54.23 N/mm (36.66 61.02 N/mm) in the.
Median stiffness calculated between 50 and 75%% of the maximum load applied was 57.86 N/mm (range 42.68 93.69 N/mm) in the LGA and 54.23 N/mm (range 36.66 61.02 N/mm) in the CGA with no statistical differences being observed between the groups (p = 0.2) (Fig. 5).
The parameters measured during the experiment were peak load (Pmax), peak displacement hmax, contact area Ac, and stiffness S. The stiffness was calculated from the slope of the initial unloading curve; the region between 20 and 95% of the maximum load was used to determine the slope of the unloading curve.
Difference between the phase stresses measured at the maximum load and zero load was examined during fatigue.
RE is characterized by exercise performed between 60% and 80% of the maximum load, and several experimental models have been developed to evaluate muscle and physical performance in response to RE.
The following parameters were calculated for each cycle: displacement at the maximum load, dissipated work and the slope between the points at maximum load of two contiguous cycles.
A previous study has found that the maximum load transferred by the critical dowel is typically between 41 and 43percentt of the applied load (Heinrichs et al. 1987).
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