With lightweight, multifunctional, and designable characteristics, porous/lattice structures
have started to be used in aerospace applications. Porous/lattice structures applied in the …

Due to the excellent mechanical and chemical properties at ultra-high temperature, ceramic
matrix composites have been promising candidates for lightweight design of future thermal …

The thermoelectric effect can convert waste heat into electricity. The present work presents
an integrated system of Thermoelectric Generators (TEG) and Phase Change Materials …

High-efficiency thermal protection is becoming a critical design criterion for supersonic
aircraft. Currently, there is significant research on accurately and efficiently designing heat …

The cracking of on-board hydrocarbon fuels is a strong endothermic reaction and can
provide an additional chemical heat sink in the cooling process of the hypersonic vehicle …

In this study, a high-performance multilayer super insulation with improved thermal
characteristics was manufactured by novolac aerogel/polyester mat as a spacer layer. The …

The porous opposing jet, one of the most practical strategies to reduce the aero-heating of
forebody, is able to improve the overall characteristics of vehicle in supersonic/hypersonic …

With the rapid development of high-speed aircraft, the demanding for light, strong, reliable
and high temperature resistive thermal protection material (TPM) is becoming urgent. High …

An effective thermal protection system is crucial for hypersonic flying vehicles performing
multiple cycles of flight under high aerodynamic heating loads. Accurate calculation of heat …

Reconstructed temperature field will provide critical input for monitoring the aerodynamic
heating on the thermal protection system (TPS). In this paper, a novel data-driven method is …