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This study is dedicated to the theoretical investigation and practical application of amorphous glass-coated microwires as pressure sensors in the automotive industry. These materials, characterized by a non-crystalline structure, offer a wide range of unique properties, making them attractive for numerous technological applications, including use in sensory systems.
Based on experimental measurements and analyses, amorphous glass-coated microwires have proven to be effective and reliable solutions for pressure measurement in automotive systems. In this study, we demonstrate the dependency signal of glass-coated microwires on the changing pressure inside the braking hose. The findings of this work, including the monotonic dependency (Fig. 1) of the pressure sensor on the amorphous glass-coated microwire, open new perspectives for the use of amorphous microwires in the field of pressure sensing and their sensor applications in various industrial sectors.
Fig. 1 Dependence of $t_1+t_2$ on pressure change.
