C. D. Jr. Mote

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A six-component miniature force sensor (5 5 5 mm) is developed using microfabrication and conventional precision machining technologies. High sensitivity and high stiffness are obtained simultaneously with a novel silicon sensing element design. Fair agreement between predicted and measured sensitivities is obtained.
A four degrees of freedom, damped, linear oscillator model of the lower extremity in torsion was identified through laboratory frequency response tests. The foot was rotated sinusoidally in the medial-lateral plane through the 1-20 HZ frequency band at the constant amplitudes 2, 4 and 6 degrees. Weight bearing on the foot, muscle-induced bias torsion and(More)
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