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我中心师生参加日本北九州国际橡胶会议(IRC2016)

发布日期:2016-11-02

        20161024-28日,我中心张立群老师、田明老师等18名师生参加了在日本北九州举办的国际橡胶会议(IRC2016)。

本届IRC会议的主题为“Innovation based on Basic Science”,即基于基础科学的创新,会议内容包括新型橡胶材料、凝胶及软物质、测试评估方法进展、汽车用弹性材料、生物医用弹性材料、环保及可持续发展弹性体、橡胶工业的创新技术及商品等专题,也包括高分子合成、天然橡胶及表征、TPE、填料及助剂、硫化、粘合、结构性能表征、 模拟、轮胎工业、疲劳断裂、橡胶加工及应用等主题。张立群老师做了题为“Progress in multi-scaled structure and related properties of elastomer nanocomposites explored by molecular dynamics stimulation”的受邀大会报告,其他17名师生也分别做了分会场报告。此外,我中心宁南英老师、岳冬梅老师、田明老师、吴丝竹老师分别担任了分会场主席。

除此之外,我中心12名老师还参加了1027日下午IRC举办方组织的工厂参观,包括普利司通、丰田等公司。在参观过程中,我中心老师与参会代表及工厂工作人员进行了深入的交流。

张立群老师在做大会受邀报告

我中心参会师生合影

王润国老师与普利司通生产的当前世界上最大的轮胎合影

受邀大会报告:

张立群:Progress in Multi-Scaled Structure and Related Properties of Elastomer Nanocomposites Explored by Molecular Dynamics Simulation

分会场报告:

赵秀英:Natural Rubber/Nitrile Butadiene Rubber/Hindered Phenol Composites with High Damping Properties

宁南英:Some New Techniques to Improve the Electromechanical Performance of Graphene/Dielectric Elastomers Composites

吴丝竹:A Prediction of the Damping Properties of Hindered Phenol/Rubber Composites through Molecular Dynamics Simulation

刘军:A Novel Concept for Elastomeric Polymer Nanocomposites with Super-Low Hysteresis Loss for Fuel-Saving Automobile Tires

王文才:Aging Resistant Elastomers Doped with Antioxidant Loaded Clay Nanotubes

吴卫东:Study on Reinforcing Mechanism and Characteristics of Fine-Predispersed Aramid Pulp Masterbatch Filled Rubber Composites

温世鹏:Fatigue Properties of Graphene Oxide/SBR Composite

王润国:Design and Preparation of Bio-Based Elastomers Aiming at Green Tires

田明:New Understanding on Phase Structure of Thermoplastic Vulcanizate (TPV) and Its Formation Mechanism during Dynamic Vulcanization

孙海斌(学生):Large Increase in Actuated Strain of SBS Dielectric Elastomer by Grafting Dipoles using Thiol-ene Click Chemistry

李凡珠(学生):Transient Temperature Prediction in Rubber Components Due to Nonlinear Viscoelasticity with Finite Element Analysis

郑自健(学生):Tuning the Structure and Mechanical Property of Polymer Nanocomposites by Employing Nanoparticles as Giant Cross-Linkers(取消)

胡潇然(学生):Biobased Copolyesters Based on Lactic Acid with Tunable and Versatile Properties

乔荷(学生):Design and Preparation of Green Nanocomposites through Polymer Design and Interface Tailoring