Calculate leg spring stiffness using the oscillation method: k = mass x (pi/contact time)^2. Compare bilateral symmetry; asymmetry >15% indicates injury risk or post-injury compensation.
Calculate leg spring stiffness using the oscillation method: k = mass x (pi/contact time)^2. Compare bilateral symmetry; asymmetry >15% indicates injury risk or post-injury compensation
Each component has a specific meaning:
Note: Interpret the leg spring stiffness result against the thresholds and context described above.
Enter the oscillation method: k = mass x ^2 for the scenario you are assessing. Calculate leg spring stiffness using the oscillation method: k = mass x (pi/contact time)^2. Compare bilateral symmetry; asymmetry >15% indicates injury risk or post-injury compensation. Use the leg spring stiffness result to inform your calculation.