In their most general form, these involve the notion that a step loading (a suddenly imposed stress that is subsequently maintained constant) causes an immediate strain followed by a time-dependent strain which, for different materials, either may have a finite limit at long time or may increase indefinitely with time.
On the other hand, LID-L showed the lowest strain, followed by LID-T, and LCD.
Then, a second deformation takes place at ~30 % strain, followed by another hysteresis and subsequent ultimate fracture.
For temperatures lower than 200 °C, limestone concrete showed the highest ultimate compressive strain followed by quartzite and granite concrete.
The stress strain curve exhibits peak stress at low strain followed by dynamic softening and steady-state flow.
Finally, these animals were challenged with a virulent CPV strain followed by a virulent PPRV strain 3 weeks later.
A homogeneous martensitic starting microstructure is obtained through thermomechanical processing (austenitization plus 1.2 true strain, followed by quenching).
Dislocation density increases with increasing rolling strain, reaching a maximum at 20% strain, followed by a decrease at larger strain.
Seedlings treated with the wild type strain followed by the pathogen served as controls, and seedlings treated with the pesticide carbendazim (1000× dilution) were simultaneously assayed.
Figure 4c-iv shows the repetitive stress strain measurements for the phase-3 NW during stepwise increase of the shear strain followed by the subsequent relaxation.
Previously, we developed a vaccination regimen that involves priming with recombinant vaccinia virus LC16m8Δ (rm8Δ) strain followed by boosting with a Sendai virus-containing vector.
