(2017) Focus of Attention for Diagnostic Testing of the
Force-Velocity Curve. Strength and Conditioning Journal 39, 57-70.
Best practice for strength testing has been retrieved from the specific scientific literature to help strength training coaches in determining the force-velocity curve in a reliable manner (Table 1).
Implications: A list of good practice rules is provided for helping strength training coaches in determining the force-velocity curve in a reliable manner.
When the loading frequencies are 0.2 Hz, 0.5 Hz, and 1 Hz, the peak damping forces of the MR damper are 10.54 kN, 10.92 kN, and 11.53 kN, respectively, and the hysteresis loop of the force-velocity curve is greatly affected.
As seen from Figures 5, 6, and 7, although the damping force-velocity curve of the model calculation cannot describe the hysteresis loop, the trends of the damping force-velocity curve and damping force-displacement curve of the model calculation and the experimental results are approximately the same.
These principles suggest that the eccentric actions are more specific, provide greater load via the
force-velocity curve and generally provide a more effective resistance training programme.
Graphically, this can be illustrated on a
force-velocity curve as the rapid and efficient transition from eccentric to concentric muscle action.
Indeed, the classic
force-velocity curve for isolated muscle seems to be applicable in throwing tasks with different loads, suggesting that some strength training programs can also be applied in these throwing tasks.
Force-velocity curves for both PSATs were very similar (Fig.
(2015) quantified fatigue-induced alterations in CMJ mechanics by estimating effect sizes, coefficients of variation or areas under
force-velocity curves, whereas Gollhofer et al.