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Evaluation of CoFeSiB Microwires for Biomechanical Stress Studies

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In this paper, we evaluate and discuss the application of amorphous glass-covered microwires for biomechanical stress studies. The dependence of the magnetoinductance, of amorphous glass-covered magnetic CoFeSiB microwires upon the application of a force perpendicular to their longitudinal axis was studied. This principle could be used to estimate loads in biological tissues such as muscles, tendons and ligaments. For example, a loaded tendon will elongate, leading to a longitudinal and negative transverse strain (the Poisson effect). The tendon's collagen fibers will consequently squeeze an implanted microwire and the wire's inductivity will change. As an example of a practical application, stress measurements were performed using porcine achilles tendons. Results are presented indicating the sensitivity and optimum electrical parameters of the microwires when used as a biomechanical load sensor.
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Keywords: AMORPHOUS GLASS-COVERED MICROWIRES; BIOLOGICAL TISSUES; BIOMECHANICS; MAGNETIC SENSOR; STRESS MEASUREMENTS

Document Type: Research Article

Publication date: 01 June 2009

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