As a result 33% reduction in time-to-torque over a state-of-the-art conventional turbocharger is realized.
24 Contractile characteristics were assessed from the electrically evoked resting twitch as peak twitch torque, contraction time to peak torque, half-relaxation time and maximum rates of torque development and relaxation (ie, the steepest rates of torque production and decline, respectively).
Time to peak torque, time to peak torque variability, peak torque variability as well as constant and absolute error in peak torque were calculated.
Using this information, time to peak torque, time to peak torque variability, peak torque variability as well as the constant and absolute error in peak torque were calculated for each condition.
Isokinetic parameters: peak torque (n·m), peak torque/weight, time to peak torque (mseg), maximal work (J), total work (J), and power average (w) in knee extensor and flexor muscle of the legs at velocities of 30°/seg and 60°/seg.
This study was designed to assess muscle strength and neuromuscular control ability using time to peak torque and acceleration time in nonathletic patients with traumatic anterior shoulder instability.
The average time to peak torque was not affected by the lumbar electrical stimulation.
Time to peak torque variability was also greater with than without pain.
The time to peak torque variability, however, was increased in the painful condition than in the normal condition (81 ms vs 58 ms respectively; F1-9 = 8.76, p = 0.016).
On average, the time to peak torque was 240 ms. The main effects of Pain, Direction, Force level and all interactions were not significant (ps > 0.05).
Isokinetic strength values are shown in Tables 3 and 4. By contrast, total work and power average in flexion at 60°/seg significantly decreased (−23.2%; P: 0.043 and −45.0%; P: 0.043, resp .. Time to peak torque in flexion presented a large ES and peak torque/weight, power average and total work, a moderate ES.
