Sentence examples for maximum strength reduction from inspiring English sources

The conditioned specimens showed the maximum strength reduction of 24%.

Maximum strength reduction, stiffness loss and ductility deterioration in the perforated specimens were 42%, 61%, and 33%, respectively.

The results obtained indicate that the preloads on the steel tubes significantly reduce the stiffness and strength of CFST slender beam-columns with a maximum strength reduction of more than 15.8%.

For NC and ECC, maximum bond strength reduction of 30 and 36%, respectively were observed.

For NC, maximum bond strength reductions of 25 and 30% were observed for LM and HM bar, respectively, while reductions of 24 and 36% for ECC were observed (Fig. 10).

Severely cachectic C-26-tumor-bearing mice exhibited reductions in whole body strength and mobility, levels of physical activity, and both reductions in maximum strength and increased fatigability of TA muscles and diaphragm muscle strips.

From the elasticity curve the slope, maximum elasticity (G'max; the maximum strength/stiffness of the clot) and clot strength reduction (Clot SR; fibrinolysis) can be determined.

At the maximum strength of 587 mT, a reversible reduction of vRBC (40%) and of functional vessel densities (FVD) (15%) was observed.

Nonlinear regression analysis is employed in order to derive simple formulae which reflect the aforementioned influences and offer, for a given strength reduction (or behavior) factor, three important response quantities, i.e., the maximum roof displacement, the maximum interstorey drift ratio and the maximum rotation ductility along the height of the structure.

Nonlinear regression analysis is employed in order to derive simple formulae which reflect the aforementioned influences and offer, for a given strength reduction (or behaviour) factor, three important response quantities, i.e. the maximum roof displacement, the maximum interstorey drift ratio and the maximum rotation ductility along the height of the structure.

This hybrid method incorporates predefined values of the maximum story drift and local ductility to a target roof displacement and then determines the appropriate behavior (strength reduction) factor for limiting the roof displacement ductility.