Advantages and disadvantages of carbon-carbon composite materials in the field of shells and structural materials

Since contemporary information-retrieval systems rely heavily on the content of titles and abstracts to identify relevant articles in literature searches, great care should be taken in constructing both. Carbon-carbon composites are advanced materials with excellent performance and a wide range of application prospects. In the aerospace sector, carbon-carbon composites are widely used in housings and structural materials, where their excellent mechanical, thermal and heat resistance make them ideal choices. This article applies two methods of literature review and case study and reviews the application of carbon-carbon composites in the aerospace field, focuses on their application in shells and structural materials, and analyzes and discusses their advantages and challenges in depth. Carbon-carbon composite materials have broad application prospects in the aerospace field, and their advantages lie in lightweight design, thermal resistance, mechanical properties, and oxidation resistance.