id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
cpoj-36059	Hamilton, Megan; Sivasambu, Harry; Behdinan, Kamran; Andrysek, Jan	EVALUATING THE DYNAMIC PERFORMANCE OF INTERFACIAL PRESSURE SENSORS AT A SIMULATED BODY-DEVICE INTERFACE 	2021	11	.pdf	application/pdf	6444	336	47	Sensor performance has been shown to vary with the area of applied load, however, testing has not been performed under dynamic conditions,15 despite well documented differences in sensor performance under static and dynamic conditions.16 Previous research with piezo- resistive sensors has reported a trade-off between the dynamic performance (hysteresis error) and the static sensitivity, as increased stiffness will alter the viscoelastic behavior causing hysteresis and reduce static sensitivity.17–19 Commercially available pressure mapping systems designed specifically for the MAT-body interface, such as the F-socket, utilize an array of sensors to provide pressure profiles over a large portion of the interface. PROTOCOL Application Conditions To evaluate the effects of load area and elastomer puck presence on sensor dynamic performance, a full factorial experiment was conducted using eight application conditions: four loading tip areas, both with and without an elastomer puck.	cache/cpoj-36059.pdf	txt/cpoj-36059.txt