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Table 3 shows the average torque rise obtained from the torque curve according to areas.
The mean torque rise rate of the parallel area was the smallest at 0.36 N · cm/s and differed significantly from those of the other areas (p < 0.05).
The torque rise rate by the platform was 2.65 N · cm/s, which was greater than that of the tapered area.
The mean torque rise rate of the parallel area was smallest at 0.36 N · cm/s, with a significant difference from those of the other areas (p < 0.05).
In the parallel area, the torque curve was a line with a moderate gradient, and the torque rise rate obtained from the gradient of the line was 0.36 N · cm/s.
The torque rise rate was 2.14 N · cm/s for the initial area, 0.36 for the parallel area, 2.33 for the tapered area, and 2.65 for the platform area.
Similar(43)
Revised engine management and upgraded turbochargers bump the horsepower rating to 550, from 500, while the peak torque rises to 590 pound-feet from 568.
In all implants, the torque rose suddenly immediately after removal was started and reached a peak value.
At the same time, torque rises from 230 foot-pounds at 4,000 rpm to 280 ft-lbs at 3,600 rpm in the supercharged 3800.
The insertion torque curve of the ST3 class shown in Fig. 2a resembled closely, and moderate gradient lines were presented after the initial area in which the torque rose immediately after implantation (parallel area).
The torque value and torque rising rate according to the design of implant bodies obtained in the present study enabled estimation of the part of bones generating retention and identification of the part giving compressive force to bones.
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