中文簡介

《復合材料雜志》是先進復合材料技術的主要期刊之一，在ISI期刊引用報告中按材料科學、復合材料的影響因素排名第九。該雜志每年發(fā)表30次，全面引用了來自工業(yè)、大學和研究機構的國際知名復合材料專家的原創(chuàng)研究論文，在材料、設計、分析、測試、性能和應用方面都有新的進展。《復合材料雜志》的出版，為復合材料科學和工程的各個方面提供了一個百科全書式的資源。涉及的主要領域包括：分析·粘合·CAD/CAM·陶瓷基復合材料·涂層·損傷力學·材料與部件設計·環(huán)境效應·金屬基復合材料·建?！o損評價·聚合物基復合材料·加工制造·性能與性能·成型·補強墊材料·修復·測試·熱塑性復合材料話題主題包括關于高性能多相材料物理和結構特性的理論和實驗結果。強調(diào)了現(xiàn)象學和機械論的方法及其相互關系。特別關注斷裂、疲勞、結構可靠性和設計標準。先進復合材料在軍事、工業(yè)和消費品中的應用正在增加?！稄秃喜牧想s志》繼續(xù)是復合材料技術轉讓的主導媒體。

投稿網(wǎng)址：http://mc.manuscriptcentral.com/jcm

英文簡介

The Journal of Composite Materials is one of the leading journals of advanced composite materials technology and is ranked number nine by the ISI Journal Citation Report by impact factor for materials science, composites.Now issued 30 times a year, the journal publishes fully refereed original research papers from internationally renowned composite materials specialists from industry, universities and research organizations, featuring new advances in materials, design, analysis, testing, performance and applications.Issues of the Journal of Composite Materials collectively provide an encyclopedic resource on all aspects of composite materials science and engineering. Major areas covered include:Analysis · Bonding · CAD/CAM · Ceramic-matrix composites · Coatings · Damage mechanics · Design of materials and components · Environmental effects · Metal-matrix composites · Modeling · Non-destructive evaluation · Polymer-matrix composites · Processing and manufacturing · Properties and performance ·Prototyping · reinforcement materials · Repair · Testing · Thermoplastic compositesTopicsTopics include theoretical and experimental findings on the physical and structural properties of high performance, multiphase materials. Both phenomenological and mechanistic approaches and their interrelations are emphasized. Fracture, fatigue, structural reliability, and design criteria are given special attention.Applications of advanced composites are now increasing in military, industrial and consumer products. The Journal of Composite Materials, continues to be the leading medium for composite materials technology transfer.