Publications by authors named "Yanzhang Fu"
Article Synopsis
- Thin-film sensors are crucial for monitoring components in high-temperature conditions, but traditional methods can be complex and time-consuming.
- A new fabrication technique combining direct ink writing and laser scanning (DIW-LS) uses a specially developed ink (ITO/PP) to create high-temperature thin films more efficiently.
- The resulting ITO/PDC thin film demonstrates impressive stability at extreme temperatures (up to 1250 °C) and is capable of measuring significant heat flux densities, showing potential for practical applications in harsh environments.
A high-temperature thin/thick-film strain gauge (TFSG) shows development prospects for in situ strain monitoring of hot-end components due to their small perturbations, no damage, and fast response. Direct ink writing (DIW) 3D printing is an emerging and facile approach for the rapid fabrication of TFSG. However, TFSGs prepared based on 3D printing with both high thermal stability and low temperature coefficient of resistance (TCR) over a wide temperature range remain a great challenge.
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