During sustained maximal load, AT diameter and bone MRI short τ inversion recovery signal (hinting at subtle oedema) increases.
HMWPP mesh decreased from maximal load at failure 59.3 N at 1 month to 36.0 N at 5 months, while LWPP mesh decreased from 61.5 to 37.8 N at 5 months [ 77].
However, there were no significant differences between the locking and non-locking constructs in terms of median maximal displacement (3.99 mm (sd 1.4) versus 2.40 mm (sd 0.5), respectively; p = 0.22) or maximal load at failure (641 N (sd 22) versus 626 N (sd 40), respectively; p = 1) (Table I).
This computational model, depicted visually in Fig. 2, provides maximal load balancing at essentially no cost, as workers are free to independently obtain work as often as they become available.
The screw head breaks off under maximal load usually at the end of the insertion.
The load-deflection curve was obtained in real time, and maximal load and load at the yield point were assessed (TESC software, version 13.4) to represent the general bone integrity and the strength within the elastic phase [ 22].
After three weeks of tail suspension, the bone strength at the tibia in the unloaded group (HS) was 28.5% weaker (measured by maximal load and load at the yield point) than that of the bones from the control rats (44.7 N versus 62.3 N for maximal load and 36.4 N versus 51.3 N for load at the yield point, P < 0.001).
The differences remained significant at day 10, where maximal load before rupture was 52% less in DDR2-/ mice.
At 7 days after wounding, the maximal load before rupture in DDR2-/ wounds was an average 65% less than in DDR2+/+ wounds.
The trapezoidal load-displacement curves (as those shown in Fig. 1 for As40Se60 and Ga3(As0.40Se0.60)97 glasses) were detected simultaneously for maximal load of 10 mN and loading-unloading rate of 20 mN/min, the dwell time at maximal loading being set to 15 s.
