This study investigates the polycrystalline diamond (PCD) tool's wear mechanism and the
effect of tool wear on hole morphology in the micro-drilling of C f/SiC composites. A 2D …

With properties such as high hardness, low density and high-temperature resistance, SiC
f/SiC composites have been widely used in defense and aerospace. Due to its high …

In this study, the issue of random fiber strength resulting from initial fiber defects and matrix
pore defects in the strength response of C/C composite materials is addressed. A method for …

High brittleness and anisotropy of ceramic matrix composites lead to great challenges for
micro-hole machining. Micro-holes with large depth-to-diameter ratio (10: 1) of SiC f/SiC …

This article is based on the supersonic directly connected wind tunnel. Through a specially
designed experimental chamber, combined with infrared temperature measurement, high …

Aluminum nitride (AlN) is a promising electronic material for high reliability electronic
packaging structures. Quasi-static and dynamic flexural tests have been conducted on AlN …

Carbon fiber-reinforced ceramic matrix composites (C f/SiCs) possess high hardness and
anisotropic properties, leading to rapid tool wear and poor hole quality during micro-hole …

The mechanical behavior of 2D-SiC f/SiC composite is investigated under both quasi-static
(strain rate of 10− 5 and 10− 4 s− 1) and dynamic loading conditions (strain rate of 10 2 s− 1) …

Pore defects are inevitable in the manufacturing process and significantly affect the
mechanical properties of composite materials. In this work, a novel algorithm capable of …

2.5 DC/SiC composite has been a critical high temperature material for aerospace filed due
to its excellent wear, high temperature and oxidation resistance. Understanding the cutting …