Polymer-derived ceramic (PDC)-based high-temperature thin-film sensors (HTTFSs) exhibit
promising applications in the condition monitoring of critical components in aerospace …

Integrating thick/thin film sensors into component systems has emerged as a prevalent
approach for monitoring in extreme environments. However, traditional vapor deposition …

High-temperature resistance temperature detectors (RTDs) are gaining significant attention
for various promising applications, including aeroengines, steel metallurgy, and construction …

Heat flux density is an important parameter for evaluating the high-temperature performance
of turbine blades. Accurate heat flux density data play a significant role in the design and …

Thin-film sensors are essential for real-time monitoring of components in high-temperature
environments. Traditional fabrication methods often involve complicated fabrication steps or …

With the growing demand for thermal management of electronic devices, cooling of high-
precision instruments, and biological cryopreservation, heat flux measurement of complex …

The real-time monitoring of the equipment operating in harsh environment is important for
the cooling design and reliability analysis. However, the insulation layer of the thin-film …

Hypersonic vehicles and aircraft engine blades face complex and harsh environments such
as high heat flow density and high temperature, and they are generally narrow curved …

This paper mainly studies the model design of a thin-film heat-flux sensor (TFHFS), and
focuses on the comparison of three dynamic calibration methods. The primary motivation for …

For the normal operation and cooling design of the hot-section components in an aerospace
engine, in situ heat flux and temperature monitoring have become important in the …