Hexagonal boron nitride (h-BN) is a kind of functional ceramic material with excellent
physical and chemical properties. This paper analyzes it from the aspects of mechanical …

This chapter describes recent developments in the field of advanced ceramic composites for
hypersonic applications. Ultra‐high temperature ceramic (UHTC) composites are the most …

Some aspects of heat transfer upon the interaction between components with a sharp
leading edge and high-enthalpy high-speed flow of dissociated air have been considered; …

Abstract Carbon/carbon (C/C) composites have the potential to fulfill the demands of thermal
protection systems, whereas they are limited by oxygen susceptibility. Herein, a high-entropy …

In this study, the role of 5 and 10 vol% TiC addition on densification, microstructure, phase
evolution and mechanical properties of ZrB 2–20 vol% SiC composite has been investigated …

Abstract Herein, zirconium diboride (ZrB 2) is reinforced with silicon carbide (SiC) and
carbon nanotube (CNT) to provide enhanced structural stability and oxidation protection …

As the high-entropy design concept applied to the diboride ceramic system, high-entropy
diboride ceramics with a wide range of composition control, is expected to become a new …

Long-term oxidation kinetics of SiC-reinforced UHTCs and La 2 O 3-doped UHTCs over an
intermediate temperature range (1400–1600° C) reveal partially protective behavior for the …

Non-isothermal simultaneous thermal analysis technique elicited the peak oxidation and
mass gain shifts to higher temperatures with SiC addition prompting enhanced activation …

In order to improve the thermal protective ability of HfB 2-SiC coating, TaSi 2 was introduced
into the coating and its function on long-term ablation resistance was investigated by plasma …