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Handgrip strength was measured with the Jamar dynamometer set at the second handle position.
We measure bilateral knee concentric strength at baseline, FU6, and FU18 on a random sample of participants (n = 225) with equal numbers in each group using a Kin-Com 125E isokinetic dynamometer set at an angular velocity of 30 deg/sec.
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A chassis dynamometer set-up in the laboratory simulates the resistive power imposed on the wheels of a vehicle, as shown in Fig. 1.
For grip strength measurements, the Jamar dynamometer setting two is used.
Motor Trend magazine put an S8 on a chassis dynamometer — a set of weighted rollers used to measure power output at the tires — and found it making 479 horsepower at just over 6,300 rpm.
Finally, the proposed method is tested on an oil field dynamometer card set.
The dynamometer was set to mode 2, as recommended in the manual.
The dynamometer was set up to only allow isokinetic exercise, i.e. for any force exerted the machine produced an equivalent resistance and thus the lower leg could only move at a prefixed speed.
Via knobs on the control panel, the operator can set the dynamometer to control speed or load.
Knee flexion/extension concentric strength is assessed at baseline, 6, 12, and 18 months using a Humac NORM isokinetic dynamometer (Computer Sports Medicine Inc, Stoughton, MA) set to 30 deg.s-1.
QMT was performed using a Jamar hand dynamometer on the furthest setting and the palmar pinch was measured using a pinch gauge (B & L Engineering).
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