Composites Communications

期刊简介：Please note that Composites Communications is a Short Communications Journal. According to the Journal’s Guide for Authors, the maximum length per article is c. 2000-2500 words plus 3-5 average size tables and figures in submitted manuscripts.Composites Communications (Compos. Commun.) publishes peer-refereed short communications and letters on the latest advances and progresses in composites science and technology. It aims to disseminate new knowledge to the broad composites community in a timely fashion with its rapid review and publication process.Composites Communications accepts manuscripts reporting creative concepts and new findings in design, state-of-the-art approaches in processing, synthesis, characterization and mechanics modelling. In addition to the traditional fiber-/particulate-reinforced engineering composites, composites with outstanding physical, mechanical and fracture properties, and unique functions and thus significant application potential, such as biomimetic and bio-inspired composites for biomedical applications, functional nano-composites for thermal management, energy harvesting and storage, composites for extreme service environments are encouraged.Composites Communications also publishes Composites Views that are short overviews written by leading scientists covering exciting and innovative topics of general interest to all researchers in the field of composites.The journal is endorsed by the Chinese Society for Composite Materials.

【译文】请注意，《复合材料通讯》是一本短篇通讯期刊。根据期刊作者指南，每篇文章的最大长度约为2000-2500字，加上提交稿件中的3-5个平均大小的表格和图表。复合材料通讯（Compos. Commun.）发表同行评审的短篇通讯和信件，关于复合材料科学和技术的最新进展。它旨在通过其快速审稿和出版流程，及时向广泛的复合材料社区传播新知识。复合材料通讯接受报告设计创意概念和新发现的手稿，包括加工、合成、表征和力学建模的最新方法。除了传统的纤维/颗粒增强工程复合材料外，还鼓励具有卓越的物理、力学和断裂性能，以及独特功能和显著应用潜力的复合材料，如用于生物医学应用的仿生和生物启发复合材料，用于热管理、能量收集和储存的功能纳米复合材料，以及用于极端服务环境的复合材料。复合材料通讯还发表复合材料观点，这是由该领域的领先科学家撰写的简短概述，涵盖所有复合材料研究人员感兴趣的主题。