2026年03月31日 星期二
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ICCM21摘要投遞倒計(jì)時(shí)：3天
來源：
中國復(fù)合材料學(xué)會(huì)
時(shí)間：
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復(fù)合材料領(lǐng)域各位同仁：
第二十一屆國際復(fù)合材料大會(huì)（ICCM-21）將于2017年8月21日至25日在陜西省西安市召開。國際復(fù)合材料大會(huì) (ICCM) 始于1975年，每兩年召開一次，至今已舉辦過二十屆，是全球復(fù)合材料界歷史最長、規(guī)模最大、最具權(quán)威的學(xué)術(shù)研討會(huì)。
本屆大會(huì)主題為“Advanced Composites: Innovation and Development”。大會(huì)開啟征稿后得到了復(fù)合材料領(lǐng)域人士的熱烈反饋，目前已收到海內(nèi)外眾多專家、學(xué)者及企業(yè)界人士的投稿。目前摘要投遞正在進(jìn)行中，距摘要投遞截止僅剩3天。為確保各位專家順利參加本次大會(huì)，請諸位在摘要截止日期2017年1月15日前注冊登錄大會(huì)網(wǎng)站www.iccm21.org，按分類提交摘要及論文。如有更好的議題和建議，歡迎隨時(shí)與會(huì)務(wù)組聯(lián)系。
注意事項(xiàng)：
1.摘要須用英文撰寫，包括主要成果、參考文獻(xiàn)、圖片和表格等，字?jǐn)?shù)不少于500字。
2.文字、圖片、圖表等須整合在同一個(gè)最終文件里。
3.摘要須通過ICCM21大會(huì)官網(wǎng)提交，網(wǎng)址www.iccm21.org；不接受傳真、郵件、郵寄等其他提交形式。
4.不接受已發(fā)表的論文摘要。
本次大會(huì)通過的論文不支持其他檢索，所有稿件將印刷成會(huì)刊，在參會(huì)代表內(nèi)部發(fā)放，并在大會(huì)網(wǎng)站上公布一年。
摘要及論文主要分類如下：
Themes | Tracks | |
1. Materials Science | 1.1 | Polymer Matrix Materials |
1.2 | Ceramic Matrix Composites | |
1.3 | Metal Matrix Composites | |
1.4 | Green Composites | |
1.5 | Bio-Composites | |
1.6 | Nano Composites | |
1.7 | Fibers | |
1.8 | Fiber-reinforced Composites | |
1.9 | Textile-Based Composites | |
1.10 | Hybrid Composites | |
1.11 | Ductile and Pseudo-ductile Composites | |
2. Structural Design | 2.1 | Structural Analysis and Optimization |
2.2 | Multiscale Modeling of Structures | |
2.3 | Damage Tolerance of Composites Structures | |
2.4 | Structural Design Criteria, Safety and Reliability | |
2.5 | Sandwich Structures and Materials | |
2.6 | Joints | |
2.7 | Composite Structures | |
2.8 | Office Naval Research (ONR) Session | |
3. Experimental Methods | 3.1 | Digital Image |
3.2 | Ultrasound and Acoustic Emission | |
3.3 | X-Ray Computed Tomography | |
3.4 | Interferometric Techniques | |
3.5 | Thermography | |
3.6 | Micro- and Nano-Scale Test Methods | |
3.7 | Moire and Grid Based Technique | |
3.8 | Other New Testing Methods |
4. Mechanical Properties | 4.1 | Constitutive Models |
4.2 | Fracture and Damage | |
4.3 | Fatigue | |
4.4 | Dynamic Fracture | |
4.5 | Dynamic Behavior | |
4.6 | Tribology and Wear | |
4.7 | Interfaces and Interphases | |
4.8 | Durability, Creep and Aggressive Environment | |
5. Multifunctonal and Smart Composites | 5.1 | Sensing and Self-Diagnosis |
5.2 | Actuation and Dynamic Response | |
5.3 | Stimuli Responsiveness and Shape Reconfiguration | |
5.4 | Self-Healing and Bio-inspired Designs | |
5.5 | Energy Harvesting and Storage | |
5.6 | Smart Structures | |
5.7 | Coupled Properties and Multi-Physics Models | |
5.8 | Design and Manufacture for Multifunctionality | |
5.9 | Acoustic Meta-Composite | |
6. Processing and Manufacturing | 6.1 | Process Modeling |
6.2 | Processing-Manufacturing Technologies | |
6.3 | Processing-Preforming Technologies | |
6.4 | Process Induced Effects | |
6.5 | Experimental Methods for Process Characterization | |
6.6 | Liquid Composites Moulding | |
6.7 | Recycling of Composites and Sustainability | |
6.8 | Manufacturing Up-Scaling and Automation | |
6.9 | Additive Manufacturing | |
6.10 | Machining of Composites | |
7. Applications | 7.1 | Aerospace |
7.2 | Automotive and Rail | |
7.3 | Bio and Medical | |
7.4 | Civil Engineering | |
7.5 | Offshore and Subsea | |
7.6 | Renewable Energy | |
7.7 | Composite Repair | |
7.8 | Industry Needs |
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