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This paper reports electromechanical analysis of basic conductive textile structures designed for wearable sensors. Conductive textile structures usually exhibit two types of resistance: length resistance and contact resistance. Firstly electrical and mechanical properties of unstressed conductive yarn were investigated under practical use conditions. After that three experiments were conducted to...
Electric conductivity is one of dominant parameters for improving electromagnetic shielding resistivity, reducing electrostatic charge accumulation and creating intelligent textile structures containing conductive tracks. Conductive fabrics have obtained increased attention mainly due to their desirable flexibility and lightweight. Knowledge of electrical properties of textile material (for example...
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