Ceramic matrix composites (CMCs), as a type of material with low density and excellent
temperature resistance, are highly conducive to the lightweight and efficient development of …

We studied the creep behavior of thin-walled plates with a single film cooling hole at
different inclination angles in complex temperature fields. Numerical simulations were …

Ceramic matrix composites (CMCs) show promise as higher temperature capable
alternatives to traditional metallic components in gas turbine engine hot gas paths. However …

The thickness of the hot component in a turbine engine is usually small. Therefore, the
traditional prediction model of anisotropic thermal conductivity (ATC) based on the periodic …

In this research, thermodynamic and phase analysis of SiC-Nano/microB4C composites with
different weight percentages of secondary phase including 0, 0.5, 1, and 2 wt …

With advantages such as low densities and high thermal limits, composites were widely
applied in aero-engines high-temperature components. However, the thermal analysis …

An experimental investigation was carried out to analyze the film cooling performance over a
fiber-reinforced composite plate with anisotropic thermal conductivity (ATC). The influence of …

A new thermal protection design method for hypersonic vehicle's leading edge is proposed,
which can effectively reduce temperature of the leading edge without additional cooling …

High-temperature materials such as ceramic matrix composites (CMCs) are promising for
advancements in gas turbine engines; however, experimental techniques are necessary to …

The challenges related to the structural design of the silicon carbide fiber-reinforced/silicon
carbide ceramic-matrix-composite (CMC) aeroengine turbine guide vanes have been …