復合材料各相關單位：

歐洲復合材料大會（ECCM）是歐洲領先的復合材料會議，ECCM18將沿承ECCM會議傳統，匯集來自世界各地的學術界和產業(yè)界的專家，擴大復合材料在世界的影響力。本次大會由帕特拉斯大學機械工程與航空系主辦，歐洲復合材料學會支持，旨在為復合材料各行業(yè)提供介紹最新發(fā)展趨勢、提出創(chuàng)新解決方案以及促進國際合作的平臺。（會議網站：http://www.eccm18.org/）

為促進中國復合材料行業(yè)盡快躋身國際一流水準，了解國際復材行業(yè)的發(fā)展與現狀，借鑒國際經驗，積極促進行業(yè)發(fā)展，技術創(chuàng)新，現擬以學會為單位組織代表參加第十八屆歐洲復合材料大會，具體情況如下：

一、 擬參會時間及地點

2018年6月24日至7月1日，8天（境外7天）

地點：希臘 雅典

二、參會行程安排

第一天 6月24日   星期日

北京至雅典，會議報到 （當日抵達雅典并辦理入?。?/span>

第二天 6月25日   星期一

第十八屆歐洲復合材料大會參會

第三天 6月26日   星期二

第十八屆歐洲復合材料大會參會

第四天 6月27日   星期三

第十八屆歐洲復合材料大會參會

第五天 6月28日   星期四

第十八屆歐洲復合材料大會參會

第六天 6月29日   星期五

團隊修整/當地企業(yè)走訪

第七天 6月30日   星期六

雅典至北京

第八天 7月 1日   星期日

抵達北京，希臘之行結束

注：以上行程正在規(guī)劃中，最終具體行程以出發(fā)前通知確定為準。

三、會議團組組團單位

中國復合材料學會

四、參團人員

復合材料行業(yè)同行

五、報名咨詢方式

聯系人姓名：池靜媛

聯系電話：010-8202 6120

電子郵箱：guojibu@csfcm.org

傳真：010-8202 6910

地址：北京市海淀區(qū)花園路甲2號金尚嘉園小區(qū)1號樓1單元1號底商

郵編：100191

六、報名截止日期

2018年4月28日

附件一《第十八屆歐洲復合材料大會（ECCM18）參團報名表》.docx

二零一八年肆月捌日

中國復合材料學會

附件二：

第十八屆歐洲復合材料大會（ECCM18）會議設置簡介

一、大會日程

二、大會報告人

1. Confirmed Plenary

①Nanocarbon-based Fuctional Composites

Tsu-Wei Chou，University of Delaware, Newark, Delaware, USA

② DR. THOMAS K TSOTSIS

The Boeing Company, USA

③Composite Materials – where we are and where to go

Karl Schulte，Institute of Polymers and Composites, Technische Universit?t Hamburg (TUHH)，21073 Hamburg, Germany

2. Confirmed Keynote Speakers

① G. W. Laird Professor of Mechanical Engineering Suresh Advani

University of Delaware, USA

② Professor Spiros H. Anastasiadis

Institute of Electronic Structure & Laser, Foundation for Research & Technology – Hellas, Heraklion Crete, Greece

③ Professor Leif E. Asp

Chalmers University of Technology, Sweden

④ Professor Rinze Benedictus

Delft University of Technology, The Netherlands

⑤ Professor Alexander Bismarck

Institution: Institute of Materials Chemistry & Research, Faculty of Chemistry, University of Vienna, Austria and Polymer & Composite Engineering Group, Department of Chemical Engineering, Imperial College London, United Kingdom

⑥Prof. Dr. Bodo Fiedler

Hamburg University of Technology, Germany

⑦Prof. Costas Galiotis

University of Patras, School of Engineering, Department of Chemical Engineering

Foundation for Research and Technology, Hellas (FORTH)

Institute of Chemical Engineering Sciences

⑧ Thomas Kruse

Airbus Operations GmbH, Germany

⑨ Dr. Ugo Lafont

European Space Agency, The Netherlands

⑩ Professor Michelle Meo

University of Bath, United Kingdom

? Dr. Jacques Lamon

CNRS, France

? Dr. Yapa D. S. Rajapakse

U.S. Office Of Naval Research (ONR), USA

? Professor Nancy Sottos

University of Illinois, USA

? Professor Nobuo Takeda

The University of Tokyo, Japan

? Dr. Juan J. Vilatela

IMDEA Materials, Spain

三、分會場及主題設置：

1. Applications
Aerospace
Automotive and Rail
Marine
Renewable Energy
Civil Engineering
Sports and Leisure
Bio and Medical
Industrial Needs-Applications
Composite Repair

2. Materials Science
Fibers
Polymer Matrix Materials
Ceramic Matrix Composites
Metal Matrix Composites
Interfaces and Interphases
Bio-composites
Wood-Based Composites
Nano Composites
Graphene – Graphene-Based Composites
Fiber-Hybrid Composites
Green Composites
Foams – Cellular and Lattice Materials
Textile Composites
High Temperature Polymer Composites
Electrical Properties of FRPs
Fire and Lighting Strike

3. Material and Structural Behavior – Simulation and Testing
Fracture and Damage – Micromechanics
Fracture and Damage – Lamina and Laminate Level
Delamination
Multiscale Modeling
Thin Ply Composites
Short Fiber Reinforced Thermoplastics
High-Performance Discontinuous Fiber Composites
Fatigue of Composites
Dynamic Loading – Impact – Crash – Blast
Dynamic Loading – Vibration and Damping
Durability – Ageing – Creep – Environmental Effects
Novel Composite Microstructures – Design and-or Prototyping
Analysis and Design of Damage Tolerant Composite Structures
Fiber Resin and Laminate Design for Optimized Performance and Manufacture
Sandwich Structures
Buckling and Stability
Joining of Composites
SHM for Composite Structures
Ductile and Pseudo-Ductile Composites
Tribology and Wear

4. Experimental Methods
Full-Field Methods
X-ray Computed Tomography
Digital image/Volume Correlation
Micro- and Nano-Scale Test Methods
Novel Test Methods and Concepts
Non Destructive techniques for Composites (VS, AE, Electric)
Interferometric Techniques
Thermography
New Testing Methods

5.Processing and Manufacturing Technologies
Process Modeling
Experimental Methods for Process Characterisation
Automated Placement Technologies
Pultrusion and Filament Winding
Liquid Composite Molding
Manufacturing Processes for Thermoplastic Composites
Machining – Surface Treatment and Coatings
Manufacturing Up-Scaling and Automation
Online Process Monitoring and Controlling
Additive Manufacturing
Manufacturing of Short and Long Fiber Composites

6.Multifunctional and Smart Composites
Smart Structures
Self-Healing and Bio-Inspred Designs
Structural Power Composites – Energy Harvesting
Sensing and self Diagnosis
Actuation and Dynamic response

7.Recycling and Sustainability
Recycling of Fibers and Composites
Life Cycle Analysis of Composites
Composites with intrinsic recycling properties
Recycling by Desing
Sustainability and Supply Chains